SimScale empowers over 600k engineers globally to innovate faster, with fluid dynamics, structural mechanics, thermodynamics, electromagnetics and multiphysics in the cloud.
Trusted by 600,000+ users
No downloads. No remote desktop. True SaaS with instant access anywhere, anytime from your browser. Immediate accessibility, free from hardware constraints.
No disconnected tools and workflows. A single platform with broad physics & AI capabilities, unifying design and simulation through early adoption of advanced workflows. Empowering engineering teams to iterate designs faster.
Simulation data is seamlessly stored for direct AI training. Design of Experiments can create product variations by harnessing precise simulation results, rich data, and advanced AI.
Power real-time collaboration with built-in, Google Docs-style features. Share, explore, and analyze design space simulations with your team—anytime, anywhere—without the need for downloads or file transfers. Perfect for geographically distributed teams.
Unlock unmatched scalability with SimScale’s high-fidelity solvers and elastic HPC cloud compute. Run simulations of any size in parallel, explore designs programmatically, and analyze results instantly—without limits.
Capex-free, minimised total cost of ownership. SimScale makes simulation democratization both technically and economically viable for single users through to enterprise engineering teams.
Upload or import
via CAD Plugins
Run physics simulation & AI prediction in the cloud
Iterate, evolve and make better design decisions earlier
Product lifetime
More power output
Lower pressure drop
Lower aero drag
Force reduction
Faster design-to-prototype cycle
Faster development
Faster pre-testing
Faster time-to-result
Faster cycle time
Saved per experiment
Fewer prototypes needed
Lower costs vs. lab test
Lower hardware costs
Fewer lab prototypes
Material savings
Lower mfg. costs
Material savings (per unit)
Less energy used
Smaller turbine size
Stress & deformation, vibration, harmonic responses, transient dynamics, and more →
Single- & multiphase, gas & liquids, rotation & porous flow, and more →
Conduction, convection, radiation — and all of them coupled →
Magnetostatics, time-harmonic magnetics, and more →
Coupled thermo-mechanical analyses, conjugate heat transfer, and more
Any CAD format, direct editing capabilities
Automatic & manual, tet-, hex-, or polyhedral meshing
Best-of-breed solvers from each method (FV, FE, LBM, and more)
Integrated 3D post-processing environment
Manage simulation users, data, and processes in one place
Unlimited storage and computing capacity
Explore the community
Taught at leading academic institutions
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