Altair HyperWorks

The unified design and simulation platform for FEA, CFD, multiphysics, optimization, and AI-driven engineering. Volupe provides licenses, technical support, and training in HyperWorks across the Nordics and Europe.

What is Altair Hyperworks?

Altair HyperWorks is the industry’s most comprehensive design and simulation platform, built to help engineering teams tackle complex multiphysics challenges from concept through validation. The platform brings together pre-processing, solving, post-processing, optimization, and data management in a single, open environment.

HyperWorks spans structural analysis, computational fluid dynamics, electromagnetics, multibody dynamics, electronic system design, and manufacturing simulation. Its open, programmable architecture supports over 250 CAD and solver formats, and a Python API lets teams automate repetitive workflows and enforce standards across projects.

With the 2025 Siemens acquisition of Altair, HyperWorks is now part of the Siemens Xcelerator ecosystem. As a Siemens Platinum Smart Expert Partner, Volupe bridges both the Simcenter and Altair portfolios — giving you a single point of contact for licenses, onboarding, and ongoing technical support.

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Interface Hypermesh

Why Hyperworks?

Unified Multiphysics in One Platform

Engineers often manage separate tools for structural, thermal, CFD, and electromagnetic analysis. HyperWorks consolidates these disciplines into a single environment with shared data models, eliminating file conversion bottlenecks and ensuring consistency across physics domains. From concept design in Inspire to detailed analysis in HyperMesh and SimLab, every stage connects seamlessly.

Solver-Independent and Open Architecture

HyperWorks reads over 250 CAD and solver formats natively. It exports to all major FEA codes, including OptiStruct, Radioss, Nastran, Abaqus, LS-DYNA, ANSYS, and PAM-CRASH. Teams are free to use the solver that fits the problem without being locked into a single vendor’s ecosystem.

Optimization and AI-Driven Design

Altair pioneered topology optimization with OptiStruct and continues to lead with AI-enhanced workflows. PhysicsAI delivers simulation predictions up to 1000x faster than traditional solvers using machine learning trained on historical data. Combined with HyperStudy for design exploration, engineers can evaluate thousands of design variants in a fraction of the time.

Automation and Programmability

HyperWorks’ Python API and built-in automation tools convert manual workflows into reusable scripts. Geometry cleanup, meshing, solver setup, and report generation become repeatable one-click operations. This helps teams enforce standards, scale simulation to more engineers, and capture expert knowledge in code rather than relying on tribal know-how

Ready to unify your simulation workflow?

Key Products in the HyperWorks Suite

HyperWorks brings together Altair’s full range of design and simulation tools. All products share Altair’s unit-based licensing model, so your team can access what they need, when they need it — from a single license pool.

  • Pre- & Post-Processing

  • Altair HyperMesh — High-performance finite element pre- and post-processor for building complex simulation models. Supports 250+ CAD and solver formats with physics-based AI design tools. Hypermesh

    Altair HyperView — Visualization and post-processing environment for reviewing simulation results. Supports 3D model export and automated reporting.

    Altair SimLab — Process-oriented multiphysics simulation environment for assemblies. Strong in electronics thermal analysis, structural, and fluid simulation.

  • Solvers & Optimization

  • Altair OptiStruct — Industry-leading solver for structural analysis and optimization. Combines FEA with topology, topography, and size optimization in one tool.

    Altair Radioss — Explicit dynamics solver for crash, impact, drop test, and blast simulations. Widely used in automotive safety and defense.

    Altair SimSolid — Meshless structural analysis that works directly on full CAD assemblies. Results in minutes without geometry simplification. Simsolid

    Altair MotionSolve — Multibody dynamics solver for simulating mechanical system behavior, loads, and forces.

  • Design & Manufacturing

  • Altair Inspire — Simulation-driven design platform for concept development, structural analysis, fluid simulation, and manufacturing process optimization. Includes generative design and GPU rendering.

    Altair HyperStudy — Design exploration and optimization tool. Supports DOE, stochastic analysis, and multi-objective optimization across any solver.

  • Electromagnetics

  • Altair Feko — Comprehensive electromagnetic simulation for antenna design, placement, and RCS analysis.

    Altair Flux — Finite element software for electromagnetic and thermal simulation of electrical machines, transformers, and actuators.

  • CFD & Thermal

  • Altair AcuSolve — General-purpose CFD solver based on finite element formulation. Strong for industrial flow and conjugate heat transfer.

    Altair ultraFluidX — GPU-based Lattice-Boltzmann CFD solver for external aerodynamics and aeroacoustics.

    Altair nanoFluidX — SPH-based particle solver for complex free-surface flows and multiphase simulations.

  • Systems & Digital Twin

  • Altair Twin Activate — Model-based systems engineering tool for building digital twins with multi-domain signal-based and physical modeling.

    Altair Compose — Numerical computing environment for data analysis, scripting, and CAE post-processing.

Altair HyperMesh — High-performance finite element pre- and post-processor for building complex simulation models. Supports 250+ CAD and solver formats with physics-based AI design tools. Hypermesh

Altair HyperView — Visualization and post-processing environment for reviewing simulation results. Supports 3D model export and automated reporting.

Altair SimLab — Process-oriented multiphysics simulation environment for assemblies. Strong in electronics thermal analysis, structural, and fluid simulation.

Altair OptiStruct — Industry-leading solver for structural analysis and optimization. Combines FEA with topology, topography, and size optimization in one tool.

Altair Radioss — Explicit dynamics solver for crash, impact, drop test, and blast simulations. Widely used in automotive safety and defense.

Altair SimSolid — Meshless structural analysis that works directly on full CAD assemblies. Results in minutes without geometry simplification. Simsolid

Altair MotionSolve — Multibody dynamics solver for simulating mechanical system behavior, loads, and forces.

Altair Inspire — Simulation-driven design platform for concept development, structural analysis, fluid simulation, and manufacturing process optimization. Includes generative design and GPU rendering.

Altair HyperStudy — Design exploration and optimization tool. Supports DOE, stochastic analysis, and multi-objective optimization across any solver.

Altair Feko — Comprehensive electromagnetic simulation for antenna design, placement, and RCS analysis.

Altair Flux — Finite element software for electromagnetic and thermal simulation of electrical machines, transformers, and actuators.

Altair AcuSolve — General-purpose CFD solver based on finite element formulation. Strong for industrial flow and conjugate heat transfer.

Altair ultraFluidX — GPU-based Lattice-Boltzmann CFD solver for external aerodynamics and aeroacoustics.

Altair nanoFluidX — SPH-based particle solver for complex free-surface flows and multiphase simulations.

Altair Twin Activate — Model-based systems engineering tool for building digital twins with multi-domain signal-based and physical modeling.

Altair Compose — Numerical computing environment for data analysis, scripting, and CAE post-processing.

Hypermesh Interface

Connecting Simcenter and Altair

Volupe is one of few partners in Europe with deep expertise in both the Simcenter and Altair simulation portfolios. Whether you need STAR-CCM+ for CFD, Simcenter 3D for FEM, or HyperWorks for optimization and multiphysics — we support the full workflow from a single team. This means fewer vendor relationships, faster answers, and engineers who understand how the tools work together.

AI-Powered Simulation in HyperWorks

Automate Model Production with AI and Metadata

Engineers can automate much of their manual simulation inputs using AI tools embedded in HyperWorks. CAD metadata drives material creation and assignment — eliminating tedious manual work and accelerating model preparation significantly.

PhysicsAI: Real-Time Predictions

Altair PhysicsAI lets engineers train models on historical simulation data and get physics predictions up to 1000x faster than traditional numerical solvers. PhysicsAI is embedded directly in HyperMesh and supports both transformer-neural simulators (TNS) and graph convolution network (GCN) architectures. It is compatible with simulation data from STAR-CCM+, Nastran, OptiStruct, and other solvers.

Altair CoPilot

CoPilot is an intelligent AI assistant embedded within Inspire that provides on-demand guidance, answers questions about workflows, and helps engineers navigate complex simulation setups — reducing the learning curve for new users.

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Altair HyperWorks Platform Features

Structural Analysis & Optimization

Linear and nonlinear FEA for static, dynamic, fatigue, and NVH analysis. OptiStruct combines structural optimization with industry-leading topology and multi-objective capabilities to reduce weight and improve performance.

Crash & Impact Simulation

Radioss provides explicit dynamics analysis for crash testing, occupant safety, blast, and drop-test scenarios. Guided workflows support automotive safety certification and defense applications.

CFD & Thermal Analysis

AcuSolve, ultraFluidX, and nanoFluidX cover the full spectrum of fluid dynamics problems — from internal conjugate heat transfer to external vehicle aerodynamics and free-surface multiphase flows.

Electromagnetic Simulation

Feko and Flux handle antenna design, EMC analysis, motor and transformer design, and electromagnetic-thermal coupling. Strong integration with the broader HyperWorks workflow for multiphysics studies.

Multibody Dynamics

MotionSolve simulates complex mechanical systems including mechanisms, geartrains, suspensions, and deployable structures. Integrates with FEA for flexible body analysis and with controls software for mechatronic system design.

Manufacturing Simulation

Simulate casting, stamping, extrusion, injection molding, additive manufacturing, and foam processes. Identify manufacturing defects early in the design cycle and optimize tooling before production.

Design Exploration & DOE

HyperStudy provides design of experiments, response surface modeling, stochastic analysis, and multi-objective optimization. Works with any solver and supports automated batch execution for large parameter studies.

Materials & Sustainability

Material Data Center provides a centralized, traceable database of material properties including composites, polymers, and metals. Material Modeler generates simulation-ready material cards, and CO₂ analysis tools support sustainability targets.

Simulation Data Management

Simulation Cloud Suite provides centralized process and data management with version control, traceability, and performance dashboards. Integrates with Altair One for cloud-based collaboration and HPC resource management

Why Volupe for Altair Hyperworks?

Want to discuss licensing or book a demo?

HyperWorks is licensed through Altair Units, a subscription model priced based on the number of units your team needs. The cost depends on team size, concurrent solver usage, and deployment type (on-premises, cloud, or hybrid). Contact Volupe for a tailored quote

HyperMesh is one product within the HyperWorks platform. HyperMesh focuses specifically on finite element pre- and post-processing, while HyperWorks is the full suite that also includes solvers (OptiStruct, Radioss), design tools (Inspire), CFD (AcuSolve), electromagnetics (Feko, Flux), and more.

HyperWorks includes its own solvers — OptiStruct, Radioss, AcuSolve, MotionSolve, Feko, and Flux — but also supports third-party solvers like Nastran, Abaqus, LS-DYNA, ANSYS, and PAM-CRASH through its open architecture.

Yes. HyperWorks includes AcuSolve for general-purpose CFD, ultraFluidX for GPU-based external aerodynamics, nanoFluidX for particle-based multiphase flows, and HyperMesh CFD for streamlined CFD pre-processing.

Yes. Siemens completed the acquisition of Altair in 2025, and HyperWorks is now part of the Siemens Xcelerator platform. As a Siemens Platinum Partner, Volupe supports both Simcenter and Altair products.

HyperWorks reads over 250 CAD and solver formats natively, including CATIA, NX, Creo, SOLIDWORKS, STEP, JT, Parasolid, and STL — without requiring external translators.

Yes. HyperWorks provides extensive Python API access across HyperMesh, SimLab, and other applications. Engineers can automate meshing, solver setup, post-processing, and report generation.

Altair Units is a subscription model where you buy a pool of units shared across your team. Each application draws a specific number of units when launched. Multiple applications on the same workstation level automatically, so you only pay for the most expensive one running at the time.

Yes. Volupe provides customized training programs for HyperMesh, OptiStruct, SimLab, SimSolid, and other HyperWorks products. Training can be delivered on-site, remotely, or as part of onboarding when you start a new license.

Yes. Altair offers free trial licenses and Volupe can arrange product demonstrations tailored to your specific use case. Contact us to get started.

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