Ansys Reviews & Pricing

Key Features

3D Design

• Structural and Modal Analysis: Test multiple design ideas in seconds rather than hours, offering prompt perceptions and structured performance designs. Work with several vibration modes and garner improved resonant frequencies. 
• Fluid Analysis: Explore internal and external fluid flows. Embody diverse graphics into analyses and utilize the fluent solver accessory for more detail and improved accuracy. 
• Topology Optimization: Evaluate product behaviors to find the ideal design platform. Apply numerous load cases and physic modal and structure visualizations seamlessly. Cooperate with topology optimization extensions for speedy evaluations. 
• Thermal-Fluid Analysis: Use automatic heat flow and temperature distributions modules to pinpoint suitable developmental requirements and experiment with real-time ideas swiftly. Implement conjugate heat transfer (CHT) to find fluid and solid temperatures to review blueprints. 
• Design and Concept Modeling: Build quick concept modeling with detailed parts, assemblies and blueprints. The 2D-to-3D transformation module brings drawings to lids and focuses on creativity, concepts and efficiency. 
• Model Prep for Simulation: Diminish model early-processing times with simplified workflows. Reduce bottlenecks for engineers and set model guidelines for simple geometry integrations. 

Additive

• Design for AM: Execute CAD modeling and topology optimizations. Perform light and lattice weighting. 
• Build Setup: Perform STL file repairs and modify shapes. Work with orientation guidance and wizards. 
• Process Simulation: Implement distortion reparations, construct failure estimates, and metal AM process simulations smoothly. 
• Material Analysis: Arrange and monitor material property databanks, utilize melt pools and porosity forecasts. 
• Data Acquisition and Management: Execute traceability and complete AM data control. Amalgamate, manage and share AM data throughout the company. 
• Part Qualification: Conduct design approvals, execute structure and thermal analysis and record controls and licenses. 

Autonomous Vehicle Simulation

• Driving Scenarios and Digital Scenarios: Standardize real-world against virtual simulated performances. Pick and tailor digital vehicles' engines, tire levels and more for accurate vehicle dynamics. 
• MiL and SiL Testing: Initiate mammoth scenario versions with loop testing in the cloud or on-premise. 
• HiL and DiL Testing: Work with virtual-based sensors for repetitive testing. Share HiL test data with ADAS suppliers to boost system safety and reliability before testing physical prototypes. Gauge AV and ADAS system performance to review human interactions and reactions. 
• Headlamp Simulation and Assessment: Test headlamp prototypes with life-like situations. Conduct beam and regulatory tests to catch, measure and contrast beam pattern errors. 
• Intelligent Lighting Systems: Obtain instant pixel beam simulations and govern pixel-level beam behaviors. Design, build and assess lighting system controls with in-the-loop visualizations and camera sensor injections. 

Limitations

•  Costly for non-enterprise users. 
•  Some tools/processes are complicated. 

Suite Support