RISA-3D 22.01

RISA-3D: It can be used for analysis and design of structures of arbitrary shapes, e.g., structures composed of bars, plates, membranes, etc. It can be used for the design of architectural projects, bridges, industrial projects, towers, storage tanks, mechanical projects, etc. It can be used as a design for building construction, bridge construction, industrial engineering, towers, storage tanks, mechanical engineering, etc. X Transverse inter-column bracing and open shear walls are unique design features of RISA. Analyzes 3-dimensional structures (frames, trusses, slabs, and shells) and performs the design of a fairly powerful software with a lot of users in the U.S., with convenient pre- and post-processing software. risa-floor New products risa-3d Spatial structure analysis and design software risa-2d Slightly weaker risa-foot Extended base analysis risa-section Section definition software.

RISA-3D Analysis features: Accelerated true sparse solver for static analysis Flexible modeling of P-Delta effects Accelerated Sparse Lanczos dynamics solver, very fast and robust Multiple simultaneous dynamic and reaction spectral analyses using Gupta, CQC or SRSS with automatic calculation of scaling factors Automatic inclusion of mass offsets (5% or user-defined) for dynamics True physical member modeling (member understands internal joints) More advanced plate/shell elements with in-plane stress option only Automatic mesh with Delineated 8-node solid cells High-end mesh generation – draw polygons with any number of sides to create meshes of well-shaped quadrilateral (non-triangular) elements. Automatic rigid diaphragm modeling with removable joints Area loads with unidirectional or bidirectional distribution, optional “blowout” distribution for loading open structures Plate thermal loads Simultaneous moving loads, AASHTO/Custom Bridges, Cranes …… Torsional buckling calculations for stiffness, stress and design End-of-member versions, rigid end offsets, top of member offsets Joint master-slave assignments Forced joint displacements Unidirectional members for tension bracing, sliding, etc. only. Unidirectional springs, for simulating soil and other effects Eulerian members: compression to flexural load, then closure Stress calculations for arbitrary shapes Inactivation of members, plates, solids, and diaphragms without deleting them Story drift calculations to provide relative drift and height ratios Automatic deadweight calculations for members, plates, and solids.

RISA-3D Modeling Capabilities: Comprehensive CAD drawing/editing environment: drawing, generating, modifying, and loading elements as well as snapping, moving, rotating, copying, mirroring, scaling, splitting, merging, meshing, deleting, applying and more. Versatile drawing grids (orthogonal, radial, skew) Universal snap and object snapping allow drawing without a grid Powerful graphic selection/deselection tools including box, line, polygon, invert, standard, spreadsheet based, save/recall selection and lock True spreadsheet editing including cut, paste, fill, math, sort, find, etc. Dynamic synchronization between spreadsheets and graphs Multiple spreadsheets open at the same time Continuous in-stream error checking and data validation Unlimited undo/redo functionality with automatic timed backups Generated templates for grids, discs, cylinders, cones, arcs, trusses, slots, hydrostatic loads and more. Ready-to-use support for all unit systems and conversions Automatic interaction with RISASection custom shape libraries Steel Shapes: AISC, HSS, CAN, ARBED and numerous foreign databases Light Gage Shapes: AISI, SSMA, Dale / Incor, Dietrich, Marino \ WARE Import of DXF. RISA-2D, STAAD, ProSteel3D and CIS/2 files Export DXF, SDNF, DesconWin, ProSteel3D and CIS/2 files Powerful Bi-directional with Revit Structure .

Product: RISA-3D 22.01
Version: 22.01
Supported Architectures: x64
Language: english
Supported Operating Systems: Windows 7even or newer
Size: 1CD