Magmasoft-5.1-Tutorial

Aachen, October 2010. MAGMA GmbH introduces with MAGMA5 a new generation of casting process simulation. MAGMA5 continues the series of MAGMASOFT® solutions used by foundries world-wide in order to optimize their cast component production. The software is based on more than 20 years of development, during which the Aachen based company has continued to innovate on and establish casting process simulation as a standard. „First understand, then optimize“: following this standard, MAGMA5 delivers a profound understanding of casting processes that allows optimization along the complete process chain of the cast component. Within the software, this is made possible through different perspectives which can be used simultaneously by the user. Integrated information and tools for simulation projects In MAGMA5, all steps that are necessary for casting process simulation can be specified and performed from a process perspective. This allows the complete production process from geometry input, through the design of gating, risering and tooling, on to solidification and finishing processes such as heat treatment, to be described and simulated. In the process perspective, all information about the used materials, metallurgy and melting practice, production conditions and finishing processes such as heat treatment come together. This allows the user to get a complete overview of the entire manufacturing process he wants to simulate. Altogether, the process orientation of MAGMA5 sets the basis for a profitable manufacture of cast components – through improved casting layouts, achieving the required casting quality, and saving costs. New simulation capabilities MAGMA5 provides important new casting process simulation capabilities. New advanced turbulence models as well as the consideration of surface tension improve the mold filling prediction for gravity castings. And, tracer particles can be modeled with mass and size to evaluate slag inclusions. Burn-on and penetration criteria help identify sand related surface defects. Moreover, a new module for the simulation of as-cast local microstructures and properties of aluminum alloys is available with MAGMAnonferrous. The stress module MAGMAstress has also been completely reworked and for the first time offers the option to simulate thermally induced casting stresses for the complete manufacturing route. A new and comprehensive plasticity model provides improved accuracy, because it considers temperature-dependent as well as time-dependent effects on stresses and strains. Clearly presented results Simulation results such as 3D graphics, diagrams, and tables can be shown in multiple views and can be displayed in selectable levels of detail. This means that results can be evaluated reliably in order to allow an optimization of cast components and casting processes. New software architecture secures future developments The new methodology that MAGMA5 provides is mirrored in the software architecture. Technically, the software is built on a completely new platform and, as it is also modularly extendable and scalable, it offers development potential for the coming years. Due to standard interfaces that allow the free import and export of data, MAGMA5 can be completely integrated into the user’s work environment. With MAGMA5, new hardware and operating systems offer new opportunities. MAGMA5 is fully native Windows compliant and runs on 64-bit Windows operating systems, offering the advantage of greatly increased memory access. For Linux users, MAGMA5 is available for the current SUSE and RedHat Linux Enterprise distributions. MAGMA5 supports multi-core architectures effectively. The combination of MAGMA5 and the latest hardware (Core i7/Neharlem CPU) results in a reduction of simulation times by up to a factor of 5. With the currently released MAGMA5 Version 5.0 all important sand casting processes are supported. The simulation of permanent mold and die casting processes including gravity die casting is available with MAGMA5 Version 5.1. MAGMA5 in a compact overview: Comprehensive project management Solid modeling with a CAD kernel as well as import and export of CAD data (STL, STEP, CATIA, Pro/E) Automatic mesh generation of the geometry within seconds Comprehensive process description with direct access to all process steps and the related simulation definitions Completely new capabilities for the prediction of: mold filling, burn-on and penetration, local microstructures and properties of aluminum alloys, thermal stresses of the cast component for all production steps Interactive and automatic result evaluation Comprehensive database for all required data and properties of casting processes and materials Available for 64-Bit Windows XP, 64-Bit Windows 7, 64-Bit RedHat Enterprise Linux 5, 64-Bit SUSE Linux Enterprise 11

Schlumberge-Techlog-2011.1.3-Download

Techlog Interactive Suite brings wellbore-centric, cross-domain workflows to different disciplines: petrophysics (core and log), geology, geophysics, drilling, reservoir, and production engineering. Techlog software offers a tightly integrated environment to process your wellbore data and deliver results. Techlog 2011.1.1 delivers a complete modernization of the application interface with key usability innovations, including a new ribbon interface, combining highly intuitive icons with complete customization capabilities to enhance clarity and knowledge-sharing a convenient dashboard mode with automatic window tiling to maximize the workspace and reduce mouse movements intelligent right-mouse-click context menus, bringing frequently used tools and actions to the users’ fingertips customization at several levels of granularity consistency and auditability, while supporting productivity and personalized workflows a powerful workflow interface, enabling users to create comprehensive cross-domain analysis workflows applicable across single or multiple wells workflows that can be saved and shared as templates, edited, and reapplied to new data to facilitate efficient sharing of expertise across asset teams. In addition, the Pore Pressure Prediction module incorporates industry-standard methods to compute the pore pressure and fracture gradients, and establish the correct mud weight window to ensure safe drilling operations. Techlog 2011.1 also introduces the full implementation of GeoFrame ELAN functionality, augmenting the existing solver capabilities with the proven algorithms. Key components of this release Techlog 2011.1.2 is a bug-fix version of Techlog 2011.1.1, released in June 2011. Bugs fixed Export in LAS 3.0 format—well properties not correctly handled in case of missing units Lithology description not correctly displayed in the track header Crash on Baker Hughes neutron environmental correction In Python module, potential crash with large arrays and issues when switching from variable to constant Shale volume computation—potential crash when splitting the zones In Summaries, top and bottom of zones rounded when classification curve is used Wrong initialization of the relative permeability method in the Techcore module In WBI module, depth of investigation not accounted for in dip picking, wrong orientation parameter in Ultrasonic image when only relative bearing is input, and latitude and longitude not correctly converted

SPT-Group-OLGA-V7.1-DOWNLOAD

Version 7.1 The release includes new and enhanced features and functionalities for well modelling and risk management and optimisation projects. World-wide, release - October 24th, 2011

Headlines: Enhanced Well GUI and ESP/GLV in the Wells module: - well modelling got easier and ESP’s and GLV’s can be selected from libraries ROCX – transient near wellbore reservoir simulator: - commercialization of the ROCX JIP for near wellbore reservoir transients coupled with OLGA Risk Management and Optimisation: - New module to tune complex models, manage risk and optimise production Other improvements: - FEMtherm, electrical heating and cooling in shapes Produktbanner Flow Assurance OLGA is used in feasibility studies, conceptual studies, FEED and detailed designs and is essential for defining operating procedures and control schemes. Application examples: Transient thermohydraulics during start-up/shut-in Optimal design for maximum operating envelope Process and control system design Flow assurance, investigating hydrates, wax, asphaltenes, corrosion, emulsions, scale and sand Liquid inventory during pigging and rate changes Slug mitigation and control Fluid systems that can be modeled: Oil and natural gas flowlines Wet gas and condensate flowlines Wellstream fluids Dense phase flowlines Single phase gas or liquid flowlines Laboratory experiments from dwcrk.com

FEFLOW-v6.06-crack-tutorial

What is FEFLOW? FEFLOW is a professional software package for modeling fluid flow and transport of dissolved constituents and/or heat transport processes in the subsurface. FEFLOW contains pre- and post processing functionality and an efficient simulation engine. A user-friendly graphical interface provides easy access to the extensive modeling options. FEFLOW is a completely integrated system from simulation engine to graphical user interface. It also includes a public programming interface for user code. Application Examples FEFLOW is suitable for numerous different applications in flow and transport processes simulation in porous media, ranging from lab scale to continental scale. A few typical examples are listed here: Groundwater Management Geothermal Energy (Deep and Near-Surface) Mine Water Management Geotechnical Applications Industrial Porous Media Design Survey of Saltwater Intrusion Study of Pollutant Dispersion Coupled Groundwater/Surface-Water Simulation (Linkage with DHI MIKE11) Flexible mesh generators Finite-element discretization allows to use complex unstructured meshes that closely match natural structures while obeying requirements such as element size, element angles, etc. For large modeling areas, generation is supported by sophisticated automation algorithms to ensure efficient work. Automatically generated meshes also have to be adapted to internal geographical structures, like rivers or well locations. As any single mesh generation approach cannot be expected to perform optimally under all conditions, FEFLOW offers a number of different mesh-generation algorithms and different options of user influence on the generation process. Parallel computing Transient calculations of complex regional models for long time periods require significant computational effort. Long simulation times can occur, even using the latest hardware available. Parallel processing allows a significant reduction in CPU times on multiple-processor platforms. In FEFLOW tasks of parallel structure as matrix assembly are processed in parallel on the different CPUs. Finite-element method Spatial discretization of the study area is a prerequisite for any numerical modeling. Classic groundwater simulation codes use finite difference discretization. In contrast, FEFLOW is based on the finite-element technique. Major advantages of finite-element modeling include: Unstructured meshing, thus much better representation of features like rivers, fractures, well locations by adaptation of the mesh Better representation of sloping layers and anisotropy Local mesh refinement without having to refine the whole column/row Moving meshes for free-surface calculations Automatic mesh refinement and coarsening Less computational effort due to reduced element numbers for large regional models Broad range of small-scale and large-scale applications GIS/CAD interface In most practical applications, the basic spatial data are available either in GIS (e.g., ESRI formats) file format or in a CAD-like format (e.g., AutoCAD exchange format). Direct import of these data formats helps to avoid intermediate conversion routines for transferring the basic data to the groundwater model. In the post processing step, data are easily transferred back to the GIS or CAD system to provide the results in data formats compliant to the project framework. FEFLOW can handle GIS as well as CAD data for import and export at all stages of modeling, e.g., to provide geographical input for mesh generation, parameter distribution, etc. Where appropriate, different regionalization methods are provided to transfer the basic data to the finite elements or mesh nodes. Using GIS files, attribute data can be directly transferred to the groundwater model. Alternatively, all data input can be performed manually or by importing ASCII files. Up-to-date visualization tools The days of presenting modeling results in large tables of figures are long gone. Today’s customers expect elaborate isoline maps, pathline diagrams, cross-sectional and 3D views and animations, which can also be used to present complex hydrogeologic conditions to the public. FEFLOW addresses that need by its planar, cross-sectional and 3D visualization features. Using FEFLOW three-dimensional visualizations of all model parameters and modeling results (like movements of contaminant plumes, etc.) can be produced.

COADE-PVElite-V2011

PV Elite 2011 Main Features: Modeling of ASME VIII-1 Jacketed Vessels What this feature does - Delivers an integrated approach leveraging the 3D model and calculations in the modeling of jacketed vessels (ASME App. 9) and vapor/distribution belts. How this feature used - Jackets or vapor belts can be added as details on cylindrical elements. Jackets can also span across element boundaries. How this feature benefits you - Previously you would have to model the inner core vessel and the jacket sections as separate PV Elite models and then manually transfer the parameters between them. The same holds true for nozzles on the outer jacket and also the inner shell. The old approach meant that results would reside in two or more places, meaning that reports would have to be manually combined. Moreover, you would have to apply correction factors to get correct combined wind and seismic loads. Another option would be to model the jacket/vapor belt in CodeCalc™, but then these items will excluded from any wind/seismic/support, and other calculations. Why this is better than the old way of doing things For starters it’s easier and quicker. With all the data in one model, there is less chance of errors from multiple inputs plus PV Elite automatically accounts for important interactions between the core vessel and jacket(s). The real-time 3D model, with intuitive sectioning capabilities, allows the on-screen display of the inner vessel plus jacket(s), which is a great in visualizing tool. Modeling Tubesheet as Simply Supported What this feature does - This feature provides an alternative method for modeling the welded joint between the tubesheet and shell or the tubesheet and channel cylinders, which can have the effect of reducing stress thereby producing a more economical design. How this feature used - It is one of the optimization options available in the tubesheet tab of Heat Exchanger dialog. How this feature benefits you - The tubesheet to shell or tubesheet channel junction is place of high stress. This alternative, permitted by the ASME code, gives you the option to produce a more economical, but also safe, design. Why this is better than the old way of doing things - This new capability’s potentially more economical design option was not previously available in PV Elite. This meant that, in some cases, exchanger designers were limited to more conservative analysis therefore leading to more costly designs. ASME Code Updates. What this feature does This feature includes all the rule updates in the ASME code addenda and material updates. The Imperial tables were completely re-created and the Metric ASME material tables were added.

CMG-2011-CMG-Technologies-Lanncher

MG (Computer Modelling Group Ltd.) is a computer software engineering and consulting firm engaged in the development, sale and technology transfer of reservoir simulation software. CMG began as a company known for its expertise in heavy oil, and expanded its expertise into all aspects of reservoir flow modelling. Over the past 32 years, CMG has remained focused on the development and delivery of reservoir simulation technologies that assist oil and gas companies to determine reservoir capacities and maximize potential recovery. To this end, we are continually improving our market-leading line of reservoir simulation technologies to better reflect the changing needs of our users. CMG is a world-class software company traded on the TSX Stock Exchange under the symbol CMG. With over 400 oil and gas companies and consulting firms in more than 50 countries, CMG is one of the largest independent providers of reservoir simulation software in the world. CMOST is the latest product offering in the CMG software suite. It is a state-of-the-art reservoir engineering optimization tool, employing innovative experimental design, sampling and optimization techniques to efficiently determine the reservoir parameters which define the production and ultimate recovery of oil and gas fields. CMG’s Builder creates the base-case reservoir model as the first step in the process. CMOST generates simulation runs automatically from the base model, then submits and analyzes the runs that are created from a range of values for multiple reservoir parameters specified by the engineer. CMOST learns which values produce the best results enabling it to dramatically reduce the number of runs required to find the optimal solution. This is the fastest technique for an accurate history match(es) and reliable production forecasts. CMOST improves the effectiveness of each reservoir engineer by eliminating the tedious labor of individual case generation for hundreds of scenarios. It allows them to focus on the high value effort of interpretation and evaluation of results. CMOST’s power lies in modern experimental design and optimization algorithms which vary multiple parameters simultaneously to find the optimal solution – something a human cannot do. CMOST dispatches to a cluster of computers or a single computer and interprets the results of numerous runs, terminates non-physical solutions and narrows the search space rapidly to reach not just local maximums or minimums, but the ultimate best case. Solutions to reservoir models with trillions of possible combinations and permutations can often be found in fewer than 1000 runs. CMOST helps engineers create more accurate models in dramatically less time and allows asset managers to have a greater degree of confidence in the forecasts, multiplying the team’s effectiveness many fold.

Pansystem-2011-download

PanSystem® software has been the industry’s leading well-test analysis program for more than 20 years. It is a robust yet easy-to-use software tool that provides multiple options for models and analysis. These options include industry standards as well as user-defned models for additional fexibility. Ultimately, the PanSystem application provides a way to simplify complex transient well testing through detailed analysis, simulation and reporting. PanSystem software is dedicated to transient well testing, a key technical function in the oil and gas industry. A pressure transient well test has the unique capability to obtain information from within the reservoir surrounding the well and, with appropriate testing and analysis techniques, can provide a wealth of data: • Permeability of the reservoir-at-large and, in some cases, the near- wellbore region • Completion effciency, effective open interval size (over the life of the well) • Reservoir structure (boundaries, heterogeneities) • Reservoir pressure • Nature of any pressure support • Drainage area, connected pore volume, and initial hydrocarbons in place • Vertical permeability, vertical communication in layered systems • Well performance (over the life of the well) • Communication between wells • Deliverability and production forecasts Typical applications © 2010-2011 Weatherford. All rights reserved. PanSystem® Well-Test Analysis Software 3 The task of designing, executing and analyzing a well test depends on operating conditions as well as completion and reservoir type. PanSystem software analyzes a wide range of situations and asset types. • Low-pressure reservoirs, heavy oil: Wellbore fll-up and leak-off tests, steam-injection tests • Pumping wells: Acoustically derived pressures and rates • Medium oil reservoirs: Conventional drawdown and buildup tests • Gas wells: Conventional analysis using real gas pseudo-pressure, turbulent skin analysis for high-rate wells, and gas well deliverability by empirical (C-and-n) and LIT methods. (In depletion scenarios, gas properties are revised as reservoir pressure declines.) • Volatile oil/condensate reservoirs: Conventional analysis techniques or use of multiphase pseudo- pressure to model phase behavior and its effect on relative permeability (in particular, liquid dropout or gas breakout around wellbore) • Hydrothermal wells: Steam production, water injection • Gas- and water-injection wells: Injection and falloff tests, including multiregion analysis to enable mobile phase changes and temperature effects • Interference tests: Inter-well permeability and ΦCt product from type-curve analysis and/or history matching by simulation • Multilayered reservoirs: Conventional analysis or specialized testing technique (MLT) using selective fowmeter data • Varying rate tests: Rates measured on surface or with a downhole fowmeter • Permanent downhole (or surface) gauges: Special pressure decline analysis (PDA) section to analyze long-term pressure and rate records for hydrocarbons in place; deconvolution to reveal nature of the reservoir and boundary models otherwise obscured by rate changes and shut-ins • Wireline formation tests: Analysis of pre-test, pump-out, mini-DST, and vertical interference tests using dual- and packer-probe analytical models (including special LAS and DPK format data import) From large-scale reservoir characterization to monitoring of individual well performance, PanSystem’s well- test analysis provides information for many important operational decisions. • Workover: Completion effciency from skin factor and early time derivative shape; open interval length for stimulation or reperforation; fracture quality • Reservoir characterization: Horizontal permeability (from kh ); vertical permeability; boundaries and heterogeneities; gas cap/aquifer support; pressure support from a second compartment; layering for reservoir model refnement and feld-development planning • Reserves estimation: Extended production test; long- term fowing pressure record (with permanent downhole gauge); buildup testing for reservoir model refnement and feld-development planning • Production performance prediction: Single well forward prediction with material balance included for feld-development planning • Reservoir pressure decline: for feld-developmen

Paradigm-2011-EPOS-V4.1

he Paradigm 2011 release is the largest synchronized release of exploration, development and production technology in the company’s history. A result of years of research and development, the release carries the signature of innovation that the industry has come to expect from Paradigm™, with new, game-changing technologies that redefine workflows and best practices across the E&P chain. The release also expands Window® 7 platform support to Paradigm’s full interpretation suite. In addition to the introduction of a rich set of geoscience and engineering applications, this release enhances multi-disciplinary collaboration, enabled and strengthened by expanded data integration, an intuitive user interface, and a highly ergonomic design. The release introduces measurable product performance with the expanded use of multi-core (CPU and GPU) applications for seismic imaging, seismic attribute calculations, voxel interpretation and subsurface modeling. Productivity is enhanced with integration improvements and new workflows, such as interpretation with modeling, and new knowledge control and auditability solutions for multi-scenario management. Major technological advances in Paradigm 2011 include: • New “validation of interpretation data while modeling” workflows using true 3D paleo-flattening • Pre-stack and post-stack data in a common interpretation canvas • Multi-attribute interpretation with multi-well correlations and multi-well synthetics • Innovative multi-attribute volume, section and map blending • On-the-fly time-to-depth corrections from multiple velocity sources over multiple surveys • Crossplot and transparent traverse operations over multi-survey data • New voxel rendering technology (GPU enabled) for 8X performance improvements • New GPU-based modeling kernels for >6X performance • Regional multi-line 2D seismic facies classifications • Geologic and seismic interpretation views with production data • True 3D restoration and basin modeling • 3D model uncertainty capture • Multi-point geostatistics and proportional facies • Hybrid Windows and Linux deployment for all interpretation and modeling technologies

Mastrecam-x6-v15.0.3.28-crack

Mastercam X6 Release Highlights View the "What's New in Mastercam X6" PDF file View Mastercam archive videos Detailed list of new additions since the release of Mastercam X Mastercam X6 delivers full 64-bit support and a powerful set of new tools to help you make the most of your shop. We've listed some highlights below (click the video icon to see a quick demonstration): Mill and Router: The new in-process stock model delivers an accurate representation of your part as toolpaths are applied to it. The model can be verified and used as the basis for additional toolpaths. video Enhanced dynamic milling includes finer control and additional time savings. video Fast 2D HST region chaining dramatically speeds up dynamic toolpath programming. video Smart rest roughing uses the new in-process stock model to create a highly efficient pass to remove stock remaining from a larger tool Hybrid finish "filler" passes divide your part into a series of Z sections and applies two different machining strategies to each section for a superior finish. Lathe: Variable depth roughing for longer insert life. video Easy pick, pull and cutoff operations. video Remaining stock removal. video Smart finishing that identifies and cuts flats and walls with different motion. video Finish tool inspection. video Enhanced canned rough and finish toolpaths. New finish feed / speed facing and canned grooving controls. Wire: Enhanced autosyncing. Improved wirepath editing. New force wire taper to vertical options. CAD Tools: Finer control over intersecting and trimming solid edges. Enhanced solid trim to surface. Dynamic transform along a vector. Blade Expert: video With the release of Mastercam X6 , we're also introducing Mastercam Blade Expert, a new purchasable add-on designed for multi-bladed parts. This powerful tool can be added to Mastercam Mill Level 3 or Router Pro, and delivers: Powerful programming for fans, propellers, impellers, turbines, marine screws and more. Variety of efficient roughing strategies. Precise curt pattern control on blade, fillet, and floor finishing. Automatic tool axis control. Full machine simulation.

Agilent-Advanced-Design-System-(ADS)-2011-05-crack

Advanced Design System is the leading electronic design automation software for RF, microwave, and high speed digital applications. ADS pioneers the most innovative and commercially successful technologies, such as X-parameters* and 3D EM simulators, used by leading companies in the wireless communication & networking and aerospace & defense industries. For WiMAX™, LTE, multi-gigabit per second data links, radar, & satellite applications, ADS provides full, standards-based design and verification with Wireless Libraries and circuit-system-EM co-simulation in an integrated platform.

Advanced Design System Key Features

Advanced Design System (ADS) continues to lead the RF EDA industry with the most innovative and commercially successful technologies, including Harmonic Balance, Circuit Envelope, Transient Convolution, Agilent Ptolemy, X-parameter*, Momentum and 3D EM simulators (including both FEM and FDTD solvers). With ADS’s Wireless Libraries and circuit-system-EM co-simulation technology, ADS provides full, standards-based design and verification within a single, integrated platform.

Key Features

* Complete schematic capture and layout environment
* Innovative and industry leading circuit and system simulators
* Direct, native access to 3D planar and full 3D EM field solvers
* Largest number of process design kits (PDKs) developed and maintained by leading foundry and industry partners
* EDA and Design Flow Integration with companies such as Cadence, Mentor, and Zuken
* Optimization Cockpit for real-time feedback and control when using any of 12 powerful optimizers
* X-parameter model generation from circuit schematic and Agilent's NVNA for nonlinear high-frequency design
* Up-to-date Wireless Libraries enable design and verification of the latest emerging wireless standards

Lumerical-FDTD-Solutions-7.5-download

Vancouver, British Columbia January 13th, 2011 - Lumerical Solutions, Inc. a global provider of nanophotonic design software, today announced the immediate release of FDTD Solutions 7.5. This release features a concurrent computing capability which allows users to easily distribute simulations on multiple independent computer resources. Together with Lumerical's well established capabilities for distributed computation on high-performance computing clusters, FDTD Solutions 7.5 offers dramatic speed improvements when used on multiple desktops and workstations within traditional computer networks.

"FDTD Solutions 7.5 allows end-users to optimally achieve design goals on modern computing hardware," according to Dr. James Pond, Lumerical's CTO. "This release completes a multi-year mission to get individual computers simulating as fast as possible, and then to send those simulations to all available computers conveniently from your workstation. The time required to find an optimal design can easily be reduced by a factor of ten or more using the computers found in most offices or labs

Kingdom_SMT_V8.6_download

What’s New In KINGDOM 8.6

The latest release of KINGDOM offers 27 new capabilities for customers. New capabilities range across 2d3dPAK, EarthPAK, VuPAK, VelPAK, and some capabilities applicable KINGDOM-wide. Shown below are two of the largest enhancements. Click Read More below to see all the new features.

Re-Engineered KINGDOM Fault Surface Modeling

The New Fault System is a complete redesign of the original fault system to provide a more accurate interpretation with new tools to modify fault surfaces.

* A new triangulation engine provides better fault surfaces.
* Fault smoothing using flex grid technology smooths one or all fault surfaces.
* Fault polygons are created using the exact line of intersection between the fault and the horizon or grid.

Microseismic Analysis in VuPAK Advanced

* Integrates seismic data interpretation with microseismic events
* Displays the events in any 2D or 3D window in time or depth
* Filters the data by any attribute with results seen in all views
* Includes easy tools to lasso or digitize desired subsets in any view in order to cut or crop points
* Provides dynamic visualization of microseismic events by any attribute as applied to color, size, and visibility
* Dynamically updates with user manipulation of microseismic events
* Generates a better understanding of reservoir response to well treatments
* Brings microseismic evaluation to the interpreter's desktop
* Provides a cost effective way to evaluate microseismic and treatment data

CGTECH-VERICUT-v7,14-download

Verification Simulate, verify, and analyze three axis milling, drilling, turning, mill/turn, and wire EDM tool paths.
Machine Simulation Build and simulate CNC machines and controls to check for collisions.
OptiPath Modify feed rates to make tool paths faster & more efficient.
Model Export Export an "as-machined" model in IGES or STL format.
Multi-Axis Simulate & verify four and five axis milling, drilling, turning, and combination mill/turn operations. Also supports simulation of synchronized and “pinch” turning operations where multiple channels/turrets are utilized.
CNC Machine Probing Create probing sequences at any stage in the machining process. Reduce the potential for error by simulating probing operations and save money on probing equipment.
Inspection Sequence
Save time and improve accuracy by generating in-process inspection instructions and documentation from VERICUT’s simulated in-process machined features! (Included with the base Verification product.)
VERICUT Reviewer

The ultimate shop floor communication tool! Get all the functionality of NC Review mode in a stand-alone viewer that does not use a license. (Included with the base Verification product.)
EDM Die Sinking Accurately simulate and verify EDM die sinking operations. Detect gouges, over/under burn, volume of material removed, contact area and electrode overlap. Supports multiple electrodes. (Included with the base Verification product.)
AUTO-DIFF Detect differences between design model & VERICUT part. Perform constant gouge-checking.
Cutter / Grinder Verification Verify multi-axis grinding operations. Features a simplified interface specifically for grinding.
Cutter / Grinder Machine Simulation Simulate multi-axis cutter/grinder machining operations and check for collisions.
CAD/CAM Interfaces Make verifying tool paths from within your CAD/CAM system easy and convenient.
Model Interfaces Read designated model file formats and use them as stock, fixture, design, tool holder and machine models. When combined with Model Export, VERICUT’s cut stock may be written out in these formats as well.

SPT_Group_OLGA_7.0_download

This minor release contains important bug fixes for e.g. OPC server and Wells GUI.

The most important fixes in OLGA 7.0.1 are:

* Problem with LoadSnap solved in OPC server
* Consistency in results when running cases with wells interactively, in batch or with OPC server
* Improved handling of illegal input data in OPC server
* Bug when starting simulations from the Wells GUI after updates fixed
* Bug in the distributed reservoir inflows option in the Wells GUI fixed
* Default units are included in the .genkey file (as in OLGA 6)
* Problem with ENDCONTROLLER solved
* Improvements in the documentation

LGA 7.0.1 Download


Version 7
OLGA 7.0 comes with a graphical user interface (GUI) which provides new look and feel features, a new diagram view and 3D visualization. Further, two new modules are available in OLGA 7.0. The OLGA HD Stratified Flow Model is a simplified 3D model for three phase stratified flow, and the Plug-In module is a framework for interfacing user-defined models.

Highlights in this release includes:
• Easy to use interface and workflows
• OLGA High Definition model for stratified flow
• Open framework for easy integration

Ucam_v9.2_110821_crack_for_win64_win32

Ucam 9.2.1 fix
Enhancements (2 topics)
Table of Contents
CAD Output

Input


CAD Output
ODB++
BB02825 - ODB++ output can now create different sub-steps, if the original data contains nested blocks on which the uPCB attribute has been allocated. Previously only 1 sub-step was created.


Input
GAR
BB02907 - GAR now allows converting 0-sized aperture definitions. Previously these lines were ignored, while creating a wheel file, which could result in UNDefined apertures.




Contours
BB02677 - Split contours could not support regions containing small inner contours for which the size of the inner contour is in the range of the requested minimum overlap value. A message "Requested overlap is too high" was displayed and the region was not split. These small inner contours are not longer disturbing the Split contour function.


Shave
B357991 - Pad Shave function allows specifying if the shaving should be done between the different "regions" of a complex aperture. By default the shaving is applied between the regions of a complex aperture.


Soldermask
B358068 - The Soldermask Optimizer menu has been extended with an toggle for each section, allowing indicating which kind of optimizations should be applied.


Electrical Test
AutoFixture
B358150 - AutoFixture is supported by 64-bit workstations.


Utest
BB02800 - Introduction of new ucam.db key, testpoint.use.uplated_attr, for allowing ignoring the uPlated aperture and object attribute, stored on the drill layer(s), during test point generation. By default these uPlated attributes will be considered, but if needed, these attributes can be ignored.



General
User Interface
BB02807 - Introduction of new ucam.db keys, pos.cad.formats, pos.netlist.formats and pos.scoring.formats, for allowing influencing the order in which the different output languages are displayed in the output menus.


Input
Gerber
BB02766 - Introduction of new ucam.db key, gerber.evaluate.interpolation.mode, for allowing evaluating the applied circular interpolation mode while loading a Gerber file, in case the Gerber file is not clearly indicating which interpolation mode should be used.. When configuring gerber.evaluate.interpolation.mode: 1 and gerber.interpolation.mode with value G74 or G75 the conversion of the Gerber file can still use the best suitable interpolation mode, in case the conversion with the configured value for gerber.interpolation.mode would indicate problems with some arcs.


BB02815 - Introduction of a new ucam.db key, gerber.274d.jp, for influencing the conversion of flashes (D03 command) of standard Gerber files (RS-274D). Standard Gerber files in Japanese style should not use the model flash command, so only add a flash when the D03* command is explicitly specified. This key is also reflected in the SmartStart Options list, as "JP Style" option, for Gerber files.


Import ODB++
BB02774 - Compressed feature files (features.Z) are now decompressed in a temporary directory to avoid problems with read only containers.


B358354 - ODB++ Import is now only loading the symbol definitions that are required during the conversion of the loaded layers. Previously all symbol definitions, available in the ODB++ job, were converted; this could delay the import of the ODB++ data.


BB02758 - During ODB++ Import the regions containing inner contours can be grouped in a global contour aperture definition (reducing the amount of aperture definitions), when the image is not influenced. Previously each region, containing inner contours, was always using a dedicated contour aperture definition.


IPC-D-356
B358989 - Loading an IPC-D-356 file for being used as netlist references (load from SmartStart and with ipc356.exclude.drills: 1), using the new input algorithm (ipcmet.new_input_algorithm: 1) was missing some references, in case the loaded file was not fully according to the syntax description, e.g. when columns 18-20 are containing characters, although the syntax description indicates that these columns should remain empty). These lines, containing the unexpected characters, were notified to the operator. These lines are still notified but the resulting reference layers are containing the references for these lines.


Top


Job Editor
Layers
BB02843 - Clicking on the right mouse button can be used for hiding a layer.


Top


Job Management
Open Job
BB02861 - Introduction of a new ucam.db key, openjobinrunningucam, for indicating if Job Open, by double clicking on the .job file, should be done in the currently open UCAM session or if a new UCAM session should be started.


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Netlist Output
MNF2
BB02846 - Netlist output, of stepped data, was limited to 1022 Multiups. This has been extended to the limitation of the output file (e.g. 9999 for IPD-D-356B), on unlimited if the generated file is not having a limitation (e.g. MNF2).


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Verification
Design Rules
BB02770 - In case SmartDRC is not finding any violation, the warning message (indicating "drc found no errors") is now displayed in front of the SmartDRC window.


B358760 - Introduction of a new ucam.db key, drc.lsns_con, for influencing the algorithm that will be used while verifying the Same Net Spacing of Design Rule Check. Normally Same Net Spacing is running on the image (contourized image), configuring drc.lsns_con allows running the function on the way the image is constructed (by running some checks between objects of the same net).

SimSci-Esscor_PRO/II_V9.1_download

PRO/II 9.1® process simulation software is a steady-state simulator enabling improved process design and operational analysis. It is designed to perform rigorous mass and energy balance calculations for a wide range of chemical processes.

Spanning oil & gas separation to reactive distillation, PRO/II offers the chemical, petroleum, natural gas, solids processing and polymer industries the most comprehensive process simulation solution available today.
Key Benefits

* Rigorously evaluate process improvements before committing to costly capital projects
* Improve plant yields through the optimization of existing plant processes
* Cost effectively assess, document and comply with environmental requirements
* Accelerate process troubleshooting
* Detect and remedy process bottlenecks

Key Capabilities

* Refining applications: heavy oil processing, crude preheating, crude distillation, FCC main and coker fractionator, naphtha splitter and stripper, sour water stripper, sulfuric and HF acid alkylation
* Oil & Gas Processing applications: amine sweetening, cascade refrigeration, compressor trains, deethanizar, demethanizer, gas dehydration, hydrate formation/inhibition
* Chemicals/Petrochemical applications: ethylene fractionation, C3 splitting, aromatic separation, cyclohexanes, MTBE separation, naphthalene recovery, olefin and oxygenate production and propylene chlorination
* Chemical applications: ammonia synthesis, azeotropic distillation, biofuels, crystallation, dehydration, electrolytes, inorganics, liquid-liquid extraction, phenol distillation, solids handling
* Polymer applications: free radical polymerization, step-growth polymerization, copolymers
* Pharmaceutical applications: batch distillation & reaction

Petrel_2010.2_Schlumberger_license_crack

Optimize exploration and development operations

Petrel seismic to simulation software helps increase reservoir performance by improving asset team productivity. Geophysicists, geologists, and reservoir engineers can develop collaborative workflows and integrate operations to streamline processes.
Benefits

Unify workflows for E&P teams—Eliminate the gaps in traditional systems that require handoffs from one technical domain to the next using Petrel model-centric workflows in a shared earth model.

Manage risk and uncertainty—Easily test multiple scenarios, analyze risk and uncertainty, capture data relationships and parameters to perform rapid updates as new data arrives, and perform detailed simulation history matching.

Enable knowledge management and best practices—Reduce workflow learning curves by capturing best practices via the Workflow Editor, providing quick access to preferred workflows and increasing ease of use through intuitive and repeatable workflows.

Accelerate innovative software development—Seamlessly integrate your intellectual property into the Petrel workflow through the open Ocean framework. This environment leverages .NET tools and offers stable, user-friendly interfaces for efficient development, allowing focus on innovation rather than infrastructure.

SCHLUMBERGER-PIPESIM-V2010-download

PIPESIM software is a steady-state, multiphase flow simulator for the design and diagnostic analysis of oil and gas production systems. PIPESIM software tools model multiphase flow from the reservoir to the wellhead. PIPESIM software also analyzes flowline and surface facility performance to generate comprehensive production system analysis.

With advanced modeling algorithms for nodal analysis, PVT analysis, gas lift, and erosion and corrosion modeling, PIPESIM software helps you optimize your production and injection operations.
New in PIPESIM 2010

* Simulation performance improvements—minimum 1.5 times faster
* Enhancements to nodal analysis control
* Introduction of Multiflash CPA and CSMA equation of state (EOS)

New modules

* Advanced Gas EOS Module—with high-accuracy models for pure components and mixtures
* Multiphase Booster Pump Module—with new calculation methods and Framo catalog
* PVT Toolbox EOS Module—a new common engine for Schlumberger simulators

Enhancements to

* OLGA-S integration
* Rod Pump Design and Diagnostic Module
* Wax Deposition Module.

Schlumberger_ OFM_ 2010.2_download

OFM Functions

Primary Analysis Modules
Base Map Commonly used to represent geographic details, contours maps, facilities, logos, and more
Plots Customizes data plots (one or more completions)
Reports Displays the input of calculated data in tabular format
Advanced Engineering and Geological Modules
Decline Curve Analysis Provides empirical and analytical techniques to forecast production and retrieve forecast information for analysis
Grid Maps Identifies trends and anomalies in the map
Bubble Map Displays large amounts of data to help identify trends, anomalies, or potential problems in an oil field
Scatter Plots Allows cross-plot creation between two variables to help locate workover candidates or determine trends
Mapper XY Plots Generates up to four curves for each well or filter category; information is displayed graphically on the base map, showing the geographic location of each well contained in the plot
Surface Maps Generates 3D representations of depth- or time-related data
Log Display Allows viewing, analyzing, and manipulation of log data (one or more well logs)
Log Cross-Sections Allows quick visualization of reservoir structure
Wellbore Diagrams Generates wellbore schematics; also catalogs the equipment history of each well
Stream Lines Allows create of injection patterns for analysis; patterns may be analyzed through allocation of production and injection volumes
PVT Provides a wide selection of commonly used fluid property correlations
Other Modules
Filtering Technique used to narrow down the list of wells to a more manageable and workable selection
Data Integration Seamless combination of database (Microsoft Access) for data storage and an XML-based .ofm file for system table and template storage
Export Info to ECLIPSE Provides a wide selection of commonly used fluid property correlations
Link with other Sources Connect and receive information from sources like Microsoft Access Databases, Excel, and other databases using SQL
Calculated Variables Allows creation of arithmetic operations

Metrolog_XG_V13_download

Datapixel Optiscan HR laser line scanner Integration
While integrating the new OptiScan HR in Metrolog XG13: we also made some improvements enabling the acquisition and analysis of a higher density of points.

Now supporting the all new laser tracker made by Leica: AT 401 (3D)
Our Leica partnership is stronger than ever: we will support the latest laser tracker AT 401. Leica and Metrologic teams have worked extremely closely together to completely optimize the new device integration with Metrolog XG13.

Integration of the Romer RDS V3.0.0 driver including 3rd button support
The latest RDS driver is part of Metrolog XG13 to support the latest evolution of Romer measuring arm. It will enable our users to use the 3rd button available in some Romer equipment.

New LK DCC Controller integrated with Metrolog XG13:
LK MicronDrive (Serial Liaison) - Touch trigger mode - 3 axis
LK Cupe (Serial Liaison) - Touch trigger mode - 4-axis for Gantry style drive
LK MCC-200 (TCP-IP Liaison) - Touch trigger mode - 3 axis

Some additional new features information will follow soon…

Metrologic Group keeps developing and improving its product line and services by integrating the latest technologies and offering its leading tools, experience and know-how to the 3D measuring industry.

As part of your software maintenance agreement, you will receive automatically the software updates as they become available.

Step ahead with our Advanced 3D measuring solutions!!!

CimatronE_V10_download

Cimatron develops and distributes CAD/CAM software for the manufacturing industry. With two major product lines, GibbsCAM and CimatronE, Cimatron caters to all manufacturing sectors, offering specialized solutions for mold and die makers, as well as solutions for 2.5-5 Axis production milling and turning.

Ranked among the top ten CAD/CAM suppliers in every global region, Cimatron has subsidiaries in Asia, North America and Europe, and works with certified independent service providers in over 40 countries worldwide.
imatronE 10 surpasses all previous versions, offering significantly faster mold design, die design and manufacturing capabilities, while increasing quality. Upgrading will impact overall delivery time, especially for full solution customers, and compress mold and die design, NC programming and machining times.

CAD enhancements provide stronger, more powerful capabilities, including a new built-in motion simulator, which specializes in tooling and provides an advanced analysis of kinematics. Die makers will enjoy an easier, more intuitive strip design process and greater automation for tool design. Mold designers will find new and unparalleled analysis capabilities for the parting line as well as shutoff and runoff surfaces, eliminating design flaws at a very early stage. There are also new applicative tools for lifter and insert creation.

CAM enhancements dramatically increase programming productivity, with background calculations and enhanced multi-core processing. Machining times are reduced, with significant upgrades to rough strategies, and there’s a new helical finishing strategy.

Beta tester Gary R. Zech, from D & F Mold, LLC., commented: “Background calculations are amazing! I don’t have to stop work and wait for a toolpath calculation while I’m in the middle of a job; I just keep working.”

The release of CimatronE 10 also introduces a new product, the patent pending CimatronE SuperBox. The SuperBox is a toolpath off-loading and processing acceleration device that dramatically shortens NC programming; it is reported to have saved users 85% off programming time.

AlphaCAM_V2011_R2_download

A general overview of the new features within Alphacam 2011 R2.


New Parallel and Flat Area 3D Machining Strategies

Mabel
Much improved Parallel and Flat Area 3D machining strategies for cutting solid models and surfaces provide reduced cutting time, improved surface finish and improved tool life.

* Automatic exclusion of flat areas on parts allowing for flat rather than ball ended cutters to be used.
* Steep and shallow areas of parts detected allowing for different strategies to be adopted, such as a smaller tool step-over in a steeper gradient to that used in a shallow area.
* Options to always down or up mill, and loop or round sharp external corners.


New Geometry Query Manager

Mabel
The Geometry Query Manager allows for a set of rules to be defined and applied to the current Alphacam drawing. Based on these rules, geometries are moved onto specifically named user layers. Machining Styles can then be applied to these layers automating the generation of tool paths. AutoStyles and CAD to CAM (add-in) have also been updated to take advantage of this new functionality, proving further automation improvements.


Adaptive Feed Rate Support for Z Contour Roughing

MabelThis new feature in Z Contour Roughing provides the ability to automatically adjust the tool’s feed rate throughout the tool path, taking into account the effective width of cut.
While machining a full width of cut, the feed rate can be automatically reduced to lessen the tool load. Conversely, while machining a narrower width of cut, the feed rate can be automatically increased to reduce machining time, without overloading the tool.

New Automatic Work Plane Ordering

Mabel
This new Order Work Planes command can be used to automatically optimize the order of geometries and tool paths. The shortest path around a 4 or 5-axis part is automatically calculated based on the CNC machine configuration.

This eliminates the time consuming process of manual ordering as well as reduces the rapid travel distances, resulting in faster machining time.


New Extract Solid Edge for Sawing

Mabel
This new Edge for Sawing command, added to Feature Extraction, creates special geometry from a selected solid model planar face. The resulting geometry is automatically configured for the correct tool side, orientation and depth of cut for Auto-Z sawing.

Optisworks_ 2011_for_solidworks 2010- 2011_key

OPTIS edits a range of software for the scientific simulation of light and human vision within a Virtual Reality Environment. Its solutions allow designers, ergonomists and engineers to simulate and optimize lighting performance, colors, optical effects, product lit appearance as well as the visibility and legibility of information on Human Machine Interfaces, in a fully-immersive CAD environment.

OPTIS is the only software editor of its kind to offer such a complete solution from optical design, to photometric optimization through to product visualisation all within one software, making it a truly corporate-wide solution.
The Science of light at your fingertips

OPTIS offers you a user friendly, highly intuitive simulation and visualisation tool harnessing the optics, light and human vision knowledge and experience that its team has gained over 20 years and 150 man years.

OptisWorks, Light & optical CAD Integrated software
Increase productivity, streamline your design process

OPTIS is the only company in the world to offer seamless integration of high-performance, physics based light and human vision simulation directly within SolidWorks®.
OPTIS delivers the only CAD integrated simulation solutions to provide a single virtual prototyping environment allowing optical and mechanical engineers to perform up-front analysis and product design optimization.

OPTIS-SPEOS-CAA-V5-Based-V10-key-crack-for win32&win64

World-leading light and human vision simulation solutions directly in CATIA V5

OPTIS edits a range of software for the scientific simulation of light and human vision within a Virtual Reality Environment. Its solutions allow designers, ergonomists and engineers to simulate and optimize lighting performance, colors, optical effects, product lit appearance as well as the visibility and legibility of information on Human Machine Interfaces, in a fully-immersive CAD environment.

OPTIS is the only software editor of its kind to offer such a complete solution from optical design, to photometric optimization through to product visualisation all within one software, making it a truly corporate-wide solution.
The Science of light at your fingertips
Web site:

OPTIS offers you a user friendly, highly intuitive simulation and visualisation tool harnessing the optics, light and human vision knowledge and experience that its team has gained over 20 years and 150 man years.

Roxar_IRAP_RMS_V2011_download_win32_win64

Emerson Process Management today announced the launch of Roxar RMS 2010, the latest release of the reservoir modeling system RMS™ which comes with major improvements across the entire workflow.
Within the Roxar modeling suite, users can build models for any reservoir. They can also estimate reserves, plan wells and simulate past and future production. In this way, they can do everything they need to produce maximum performance from their reservoirs, regardless of geology, location or complexity.
Benefits to users of RMS 2011 include:

? The ability to model beneath and around salt and other complex structures. RMS 2011 supports complex fault modelling that other applications can’t handle and incorporates these models into its advanced 3D gridding engine without simplification. Additional modelling functionalities that come with RMS 2011 include building intrusion objects into structural modelling to better model salt, and a new grid data structure for improved performance, scalability and more flexibility in the grid geometry.

? Enhanced facies modelling tools which will enable the user to rapidly combine the latest 4D seismic surveys into the models to improve the quality of interpretations, structural and property models, simulation models, and well plans. The model can also be the basis for a more quantitative use of 4D seismic data, especially towards history matching with both production data and 4D data.

? New well correlation tools with improved handling for horizontal and vertical well correlations which cross stratigraphic boundaries. RMS 2011 enables the user to split the horizontal well into separate sections so that well data can be inspected in the most practical manner possible, whether True Vertical Thickness (TVT) or True Stratigraphic Thickness (TST). In addition, advanced ghost curve capabilities can mix and match curves. Users can also examine array logs on top of one dimensional well logs, allowing for correlation to take place by taking into account seismic data as well as resistivity logs.

? Fractures are also fully integrated into the RMS 2011 reservoir modelling workflow through a DFN-based (Discrete Fracture Network) model which enables robust, fractured models to be built faster, providing an important tool in tackling the complex, fracture-prone geologies prevalent throughout the world.

? Improved usability and integration features which make RMS 2011 even more accessible and easier to use. Users are able to easily import large 2D or 3D surveys into RMS 2011 and enjoy an optimised working environment with updated data analysis charts, multiple and highly interactive visual displays and the best in graphics technology. For quality control purposes, the user can also produce all the necessary charts and maps to check consistency between the property models and the input data.

Cadence IC Design Virtuoso 6.15

Circuit design
Selectively automating non-critical aspects of custom IC design allows engineers to focus on precision-crafting their designs. Cadence® circuit design solutions enable fast and accurate entry of design concepts—which includes managing design intent in a way that flows naturally in the schematic—coupled with an advanced design environment that allows designers to visualize and understand the many interdependencies of an analog, RF, or mixed-signal design and their effects on circuit performance.

Virtuoso Schematic Editor
Provides a complete design and constraint composition environment for front-to-back analog, custom-digital, RF, and mixed-signal designs.

Mentor-Calibre-2011.2-download

Mentor's IC verification and sign-off includes not only traditional rule-based physical verification and parasitic extraction, but also new capabilities and automated technologies that help improve yield by enhancing the design itself.

Calibre® is the overwhelming market share leader and the industry standard for IC physical verification, due to the outstanding performance, accuracy and reliability of Calibre products. Over the last two years, Calibre nmDRC™ has reduced average DRC runtime by a factor of five, while Calibre's innovative Hyperscaling and MTFlex™ technologies have cut memory requirements in half. Calibre nmDRC also reduced overall cycle time with incremental DRC, which allows designers to make DRC runs in parallel. As DRC violations are reported, designers can immediately fix and recheck just the affected areas, while the initial DRC run continues.

To handle complex and multi-variate, multi-dimensional checks that are not adequately addressed by traditional design rules, Calibre nmDRC's equation-based DRC (eqDRC) capability enables designers to express design rule checks as continuous, multi-dimensional functions that accurately and precisely reflect underlying physical interactions. With eqDRC, designers can use Calibre nmDRC to address complex DFM issues that other DRC tools simply can't handle.

Calibre nmLVS provides actual device geometry measurement, programmable electrical rule checking, and sophisticated interactive debugging capabilities to ensure accurate circuit verification and further improve the designer's productivity.

Mentor-Graphics-PADS-V9.31

New Features
The following new features are available in this release:
Archive Navigator
This new utility provides a quick and easy method of automatically creating and restoring archives of the PADS projects, including DxDesigner® and PADS Layout.
Archives will be stored in a local vault and properties such as archive name, when and who created the archive, along with a user defined name and description will assist when using integrated searching capabilities to identify and restore the required archive.
Allegro to PADS Layout Import
PADS Layout can now import Cadence Allegro boards after initial preparation in Allegro. Once a Skill script is run in Allegro, the design can be brought seamlessly into PADS
Updated Altium Design to PADS Layout Import
PADS Layout import of Altium Designer now supports Summer 08 files (v7.1) and older.
Modeless Properties Dialogs in PADS Logic (Mentor Idea D113, D239)
Additional Property dialog boxes (Part, Net, Net Name, Bus, Bus Name, and Pin) are now modeless. These dialog boxes can now remain open, and you can select other objects in the design. When the object is selected, the dialog box will automatically update.
Join, Close and Break Commands for 2D Lines and Copper (Mentor Idea D329)
New commands were added to PADS Layout in the popup menu for selected 2D Lines and Copper shapes.
Join – creates an opened polyline (path) from selected lines.
Close – create closed shape (polygon) from selected lines.
Break – splits selected closed drawings into set of opened lines.
Note: There are several conditions when these commands cannot succeed – for example, the selection contains reuse members or shapes located on different layers or the command result is ambiguous from geometrical point of view. In such cases an appropriate message with details is displayed in the Status Window.
Synchronize Library List Between PADS Logic and PADS Layout (Mentor Idea D149)
A new checkbox “Synchronize with PADS Layout” was added to Library List dialog box in PADS Logic. A similar “Synchronize with PADS Logic” was added to Library List dialog in PADS Layout. When this checkbox is selected, all changes made to Library List in one application are immediately written to the other application’s settings. Library List settings are stored separately in .ini files for both applications as previously, so you can easily decide if and when you want to have them synchronized.
Autohatch Copper on File Load (Mentor Idea D424)
The new checkbox “Autohatch on file load” was added to “Hatch and Flood” options in PADS Layout. When this checkbox is selected every design is automatically hatched when opened. The result is the same as the Hatch All command from Pour Manager.
Options Dialog Box Redesign
The Options dialogs in PADS Layout, Logic and Router were redesigned to use trees instead of tabs. In PADS Layout and Router, the tree is organized in categories for better orientation and options grouping. Content of tabs which were overloaded in previous versions of PADS was divided into fewer elements on the new option tree.
Visual Style Selection in Customization
A new option, “Visual Style” was added to the Options tab in Customize dialog in PADS Layout, Logic and Router. This option allows the selection of a visual style (color and menus style) for the main application window from a list of several available styles.
PADS Applications Are Now DPI Aware
With increased text size in system settings, all fonts and dialog boxes are correctly scaled and displayed according to system settings.

sap2000_v15

SAP2000 V15 Enhancements Subscribe RSS

New graphical user interface with tabbed windows.
New DirectX graphics.
Display and output of frame stresses.
Load optimization feature to determine the optimal loading scale factors to achieve goals and limits on displacement and force response throughout the structure.
Built-in European concrete and steel material properties.
Canadian NBCC loading for wind, seismic, and response-spectrum.
American ASCE-7 loading for wind, seismic, and response-spectrum.
Italian NTC 2008 response-spectrum functions with geographic database.
Indian steel frame design code IS 800 2008.
New Zealand steel frame design code NZS 3404-1997.
Canadian steel frame design code CSA S16-2009.
Updated Hong Kong concrete frame design code to include Supplement 1.
Australian concrete frame design code AS3600-2009.
Enhanced Eurocode 3-2005 steel frame design, including design for Class 4 sections.
National annexes for Eurocode 2-2004 concrete frame design for Singapore, Germany, and Portugal.
National annexes for Eurocode 3-2005 steel frame design for Singapore, Germany, and Portugal.
Hybrid steel frame section property.
Simple arc for tendon profile definition.
Updated API functionality.
Import of StruCAD*3D design parameters and wave acceleration loading.
Note that the Bridge module has been moved to the CSiBridge product with expanded features and capabilities. Basic moving-load analysis has been retained for non-bridge applications.
Other minor enhancements.

CoventorWare-2010

CoventorWare® for MEMS CAD Design,
Multiphysics Modeling and Simulation

CoventorWare 2010 Press Release

MEMS devices are increasing in complexity, as well as in the functionality they can deliver. Our CoventorWare platform has established itself as the leading design and simulation suite for all phases of MEMS design – from system level modeling to detailed 3D simulation and optimization, to manufacturing yield enhancement. With our 2010 release we have not only improved performance, but have added simulation capabilities that address rapidly emerging design requirements for exciting new MEMS-enabled applications.

The CoventorWare software suite is filled with MEMS-specific features that enable you to:

develop MEMS devices at a lower cost
become productive more quickly, focusing on your MEMS design instead of your software
efficiently design new MEMS products, moving them quickly from development into production
rapidly explore and optimize design and process options
adapt existing designs and processes to new markets
efficiently accommodate customer-requested design changes
save fab cycles during development and improve yield