Simulate Earlier,
Design Faster
The Ansys 3D Design collection is built for engineers who need faster insight earlier in product development. It combines interactive geometry modeling with simulation-driven design, helping teams evaluate performance while concepts are still evolving. This supports quicker iteration, better engineering decisions and reduced reliance on late-stage redesign.
By bringing modeling and simulation closer together, the collection helps engineers move from concept to validated direction more efficiently. It is especially valuable when speed, usability and early multiphysics feedback are critical.
Relevant Ansys
SOFTWARE
Ansys Discovery
A simulation-driven design tool that combines interactive geometry editing with instant and high-fidelity physics insight. Ideal for teams that want to explore concepts earlier, move faster through iteration, and improve design confidence sooner.
Combine interactive modeling with real-time and higher-fidelity simulation in one environment
Evaluate structural, fluid, and thermal behavior earlier in the design process
Explore more concepts quickly and refine promising ideas with greater confidence
Support faster upfront engineering decisions that can shorten overall development cycles
Built for Upfront
Engineering Insight
A major advantage of the Ansys 3D Design software is its ability to combine live physics simulation, high-fidelity simulation and direct modeling in a unified workflow. This allows engineers to explore design alternatives quickly, respond to design concerns earlier and refine promising concepts with greater confidence.
It also supports practical design workflows such as CAD simplification, fluid domain extraction, topology optimization and working with models from many CAD systems, making it useful across a broad range of product development environments.
Relevant
Applications
Early Design Exploration
Explore design ideas earlier with simulation-led insight that helps compare concepts before detailed analysis begins. Reduce iteration time and make better design decisions while changes are still easy to make.
Structural Analysis
Evaluate structural behavior early by visualizing stress, deformation, and strength performance directly in the design process. Support faster design refinement with the option to move into higher-fidelity structural analysis when needed.
Fluid Analysis
Study flow behavior early to understand trends, pressure effects, and performance as geometry changes. Improve concept development sooner, then extend into higher-fidelity CFD when the design requires deeper analysis.
Solid-Fluid Thermal Analysis
Analyze temperature distribution and heat transfer early while adjusting geometry, materials, and operating conditions. Support faster thermal decisions in products where fluid and solid behavior interact closely.
Topology Optimization
Generate lighter, more efficient design concepts by exploring shapes against loads, constraints, and design space limits. Speed up development with physics-driven optimization that supports faster paths to manufacturable geometry.
Parameter Studies
Compare design alternatives more efficiently by varying geometry and simulation inputs in an automated workflow. Identify stronger directions earlier by understanding tradeoffs before committing to detailed development.
Model Preparation for Simulation
Prepare geometry faster for analysis by removing unnecessary detail and simplifying complex CAD models. Reduce setup time and improve readiness for structural, fluid, and thermal simulation workflows.
Fluid Domain Extraction
Extract internal and external fluid regions directly from CAD geometry to accelerate simulation setup. Reduce manual preparation effort and move more quickly into flow and thermal-fluid analysis.
Move Faster
from Concept to Performance
When performance insight comes too late, design changes become slower and more costly.
Fluid Codes helps teams use the Ansys 3D Design software earlier to explore concepts faster, improve decisions sooner, and transition smoothly into deeper simulation workflows.
