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What is Altair Inspire?

Altair Inspire is a unified simulation-driven design platform for conceptual modeling and performance validation. It combines parametric geometry creation, topology optimization, and structural analysis with integrated motion simulation for desktop workflows targeting design engineers and product developers.

Altair Inspire provides geometry modeling powered by the Parasolid kernel with direct editing capabilities for rapid design iteration. The platform enables engineers to perform structural analyses using SimSolid or OptiStruct solvers, optimize parts through generative design algorithms, and validate manufacturability early in the development cycle.

Altair Inspire Key Features

• Topology Optimization: Generate optimized material layouts by removing excess mass while meeting structural performance targets and manufacturing constraints for lightweight designs.
• SimSolid Structural Analysis: Run fast and accurate structural simulations using the integrated SimSolid solver to calculate stress, displacement, and factor of safety without traditional meshing.
• Motion Simulation: Analyze dynamic behavior of assemblies with motors, actuators, and springs to evaluate forces, torques, and velocities throughout mechanism operation cycles.
• PolyNURBS Geometry Fitting: Wrap complex optimization results with smooth NURBS surfaces to create manufacturable 3D solids suitable for export to downstream CAD applications.
• Direct Modeling Tools: Push, pull, and modify geometry interactively using Parasolid-based direct modeling to quickly iterate design spaces and optimization boundaries.
• Manufacturing Simulation Suite: Validate casting, stamping, extrusion, and additive manufacturing processes with dedicated simulation tools to predict defects and optimize process parameters.
• Automated Contact Detection: Automatically identify and define contact interactions between assembly components to simulate realistic part behavior under load and motion.
• Shape Controls and Constraints: Apply symmetry planes, draw directions, and pattern repetition controls to guide optimization algorithms toward manufacturable geometry solutions.
• Results Visualization: Post-process simulation data with contour plots, isoclipping, and callout probes to identify critical stress concentrations and displacement patterns.
• Assembly Configuration Management: Suppress and unsuppress components to evaluate multiple design variants and perform what-if analyses without rebuilding model setups.
• Implicit Modeling: Create complex lattice structures and fluid channels using implicit modeling primitives, Booleans, and morphing operations for advanced geometry creation.
• Multi-Physics Simulation: Couple structural, thermal, and fluid dynamics analyses to evaluate comprehensive product performance across multiple physical domains.

Altair Inspire Applications