SimScale is a cloud-based simulation platform that seamlessly integrates everything required for an end-to-end engineering simulation workflow, making broad and early use of simulation for the first time technically and economically feasible for any organization.
No VPN, No remote desktop. True SaaS with instant access anywhere & anytime from a browser without any special hardware.
No disconnected tools used in silos. A single platform with broad physics capabilities for both rough early- and detailed late-stage simulations.
Google-Docs-style collaboration built in, enabling unparalleled in-app support as well as sharing simulations with colleagues.
Practically no limits to simulation size, number of parallel simulations, or storage. From one-off runs to programmatic design space exploration.
Simulation data is persisted in a way to directly be used for AI training (i.e., hardware selection process is done via AI models. More in progress.)
Capex-free, low ‘total cost of ownership’. Economically viable from a single user to 100s of seats.
Stress analysis of a CNC machine
PCB thermal stress analysis
Drop test simulation of a drone
Vibration analysis of a battery pack
Stress & Deformation | Eigenmodes & Frequencies | Harmonic Response | Transient Dynamics | Large Deformations | Thermal Stress | Impact & Contact | Linear & Nonlinear | Parts & Assemblies | Various Material Models
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Vehicle aerodynamics simulation
Turbopump flow simulation
Wind turbine aerodynamics
Water spillway hydrodynamics
Internal / External Flow | Laminar / Turbulent | Steady-state / Transient | In- / Compressible | Iso- / Thermal | Single- / Multiphase | Mixing / Species Transport | Rotating / Moving Bodies | Porous Media | Cavitation | Microfluidics | Real Gases
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Forced convection battery pack cooling
AEC thermal comfort assessment
Liquid cooled electronics
Conjugate heat transfer of a heat exchanger
Conduction | Convection | Radiation | Conjugate Heat Transfer | Thermo-Structural | Steady/Transient | Various heat loads | Fan Models | Thin Layer Models | Thermal resistance networks
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Magnetic flux distribution in an electric motor
Magnetically-induced braking
Magnetic fields in actuators
Magnetostatics | Magnetic field | Magnetic flux density | Current density | Linear and non-linear magnetic permeability | B-H curves | Permanent magnets| Inductance matrix | Coil Resistance | Forces | Torque
Learn MoreSimScale’s physics simulation capabilities can be accessed in any way your workflow needs it: Either graphically via the SimScale Workbench, Programmatically via the SimScale API, or via dedicated integrations into 3rd party tools via our partner ecosystem.
SimScale covers a broad range of physics simulation capabilities. From structural mechanics, over fluid dynamics, thermodynamics to electromagnetics. This allows you to cover most to all of your simulation needs on a single platform and avoid the silos of disconnected tools.
SimScale’s physics simulation capabilities are based on best-in-class simulation methods. From robust pre-processing over various best-in-class solvers to integrated 3D post-processing.
To scale the use of Simulation to more users, larger models, and broader physics, robust management of IT, users, data, and processes is needed. SimScale is the only simulation platform that comes with a full stack simulation infrastructure management built-in, allowing you to seamlessly scale simulation use fast and securely.
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