FLOW-3D CAST 2025R1

FLOW-3D CAST v2025R1 is a state-of-the-art metal casting simulation software developed by Flow Science. It provides highly accurate computational fluid dynamics (CFD) modeling tailored specifically for the metal casting industry. This release empowers casting engineers to achieve superior quality, efficiency, and precision in manufacturing complex non-ferrous and ferrous castings. By simulating filling, solidification, and cooling processes, it helps optimize designs, reduce defects, minimize scrap, and lower production costs while ensuring product safety and performance.

The software combines extraordinary accuracy with an intuitive user interface, versatile process workspaces, and high-performance cloud computing capabilities. It supports a wide range of casting methods, including high-pressure die casting (HPDC), low-pressure die casting (LPDC), investment casting, sand casting, lost foam, centrifugal casting, and continuous casting.

Key Features and Capabilities

Process Workspaces

FLOW-3D CAST v2025R1 includes 11 specialized process workspaces, each pre-configured for specific casting applications. These workspaces streamline model setup, analysis, and visualization, reducing simulation time and errors:

• High-Pressure Die Casting (HPDC) Workspace: Full control over shot sleeve motion, plunger profiles, and vacuum systems. Advanced die thermal management with dynamic cooling channels, spray cooling, and thermal cycling. Predicts cavitation potential on die surfaces to prevent pitting and extend die life.
• Investment Casting Workspace: Fast and accurate shell mold generation tool with a full radiation model for precise heat transfer simulation.
• Sand Casting Workspace: Models complex sand molds, cores, and exothermic risers with an extensive database for realistic behavior.
• Lost Foam Casting Workspace: Simulates foam pattern decomposition, gas generation, and filling dynamics.
• Centrifugal and Continuous Casting Workspaces: Advanced motion controls for vertical billet, horizontal pipe, and roller sheet casting, including ladle pour with dynamic motion based on fill conditions.
• Other Workspaces: Low-pressure die casting, gravity casting, tilt pouring, and sand core making, all with tailored physics models for defects like porosity, shrinkage, and gas entrapment.

These workspaces offer a “What You See Is What You Need” (WYSIWYN) interface, guiding users through intuitive dialogs for setup and providing themed solver defaults.

Advanced Solidification and Defect Prediction

• Chemistry-Based Alloy Solidification Model: A groundbreaking feature that predicts casting strength, mechanical properties, and microstructure evolution based on alloy chemistry. This allows users to optimize material usage, forecast part integrity, and reduce scrap by simulating grain structure, segregation, and stress-related defects.
• Defect Tracking: Tracks oxides, air entrainment, and surface defects during filling. Outputs include local filling velocity, time, temperature, and specific heat transfer to the mold, helping identify issues like premature cavity fill, mistimed shots, or turbulent mixing.
• Porosity and Shrinkage Analysis: Advanced models for gas porosity, shrinkage porosity, and microporosity, with tools to design effective risers and chills.

Thermal and Motion Modeling

• Thermal Die Cycling: New intuitive dialog for permanent mold casting, providing a visual overview of process stages, schedules, movements, and treatments. Supports slider motions where cooling channels and heating elements move dynamically with dies.
• Cooling Channel Setup: Visually oriented tools for timing and placement to minimize input errors and enhance cooling efficiency.
• Motion Controls: Precise simulation of ladle pouring, plunger motion, and machine parameters, including time-based valve controls for overflows and vacuum systems.

Meshing and Solver Enhancements

• TrueSim Technology: Combines structured rectangular grids with partial cell treatment (FAVOR method) for accurate free-surface tracking without complex meshing. Supports multi-block, nested, and conforming meshes for complex geometries.
• Tabular Properties: Define fluid and material properties in table form with up to two independent variables (e.g., temperature and composition), avoiding complex curve-fitting.
• Active Simulation Control: Expanded controls for adaptive time-stepping and event-based actions, such as monitoring entrained air or solute concentration.
• New Outputs and Post-Processing: Faster EXODUS II file format for large simulations (up to 5x speed improvement). Enhanced visualization of heat transfer rates, defect locations, and flow patterns in FLOW-3D POST.

Material Libraries and Integration

• Comprehensive databases for metals, alloys, molds, filters, and risers, including exothermic materials.
• Support for non-Newtonian fluids (Herschel-Bulkley model) and gas-to-void conversions for better mass conservation.
• Cloud computing integration for high-performance simulations on multi-node HPC systems.

Product: FLOW-3D CAST v2025R1
Version: 2025
Supported Architectures: x64
Language: english
Supported Operating Systems: Windows 10even or newer
Size: 1DVD