Cloud-native platform for 3D EM simulation and analysis
Leverage the power of 3D electromagnetic simulation to visualize, analyze, and optimize electromagnetic fields in complex systems, from electric machines to energy transmission.
With SimScale’s cloud-native simulation platform, engineers gain deep insights into spatial and material influences through precise 3D Finite Element Analysis, helping them accelerate innovation without the constraints of physical prototyping or hardware limitations. Instead, engineers can run multiple electromagnetics simulations in parallel directly in their web browser.
This accelerates the design process and enables engineers to innovate faster, collaborate in real time, and conduct diverse physics simulations in one convenient workspace.
End-to-end electromagnetic simulation workflow in your web browser. Shareable templates, real-time collaboration, and no hardware constraints. Faster, cost-effective, and accessible simulations.
Flexible, on-demand compute resources for large-scale simulations. Parallel simulations for design exploration. Unlimited data storage. Accelerated insights and optimized designs at scale.
Unified multiphysics platform for electromagnetics, structural, thermal, and flow simulations. Supports early-stage evaluations to late-stage detailed analyses. Seamless collaboration and consistent results across product development.
The Magnetostatics simulation tool enables engineers to perform a variety of low-frequency electromagnetics simulations, including visualizing magnetic flux density, magnetic field strength, current density, and linear and non-linear magnetic permeability analyses. Once inductances are determined, they can be used to characterize a device as a lumped element in circuit-level simulations, enabling parameter extraction for creating Reduced Order Models (ROMs).
The Time-Harmonic Magnetics (AC Magnetics) simulation tool enables the analysis of magnetic fields that vary harmonically with time. It provides detailed insights into phenomena such as magnetic resonance, eddy currents, core losses, and electromagnetic induction, supporting a wide range of low-frequency electromagnetics applications.
The Electrostatics simulation tool supports exploring electric fields, charges, and their interactions in states of electrostatic equilibrium. It provides invaluable insights into the electric field in the presence of conductive and insulating materials. Engineers can run multiple simulations in parallel and optimize their design for various electrostatics applications.
The Time-Transient Magnetics simulation tool models time-varying magnetic fields caused by dynamic current or voltage surges. It captures transient magnetic responses, enabling precise analysis of phenomena such as eddy currents and magnetic forces in both linear and non-linear materials. Ideal for simulating complex scenarios where magnetic properties evolve over time, it provides critical insights into how magnetic fields respond to real-world, time-dependent inputs.
The thermal coupling feature integrates thermal effects directly into electromagnetics simulations, providing critical insights into temperature distribution and potential hot spots. It allows engineers to evaluate how heat generation impacts electromagnetic performance and supports defining temperature-dependent material properties such as electric conductivity, magnetic permeability, and dielectric constants. Thermal coupling is essential for applications where electromagnetic properties vary with temperature, ensuring optimized thermal management and compliance with safety standards under diverse operating conditions.
Speak with an electromagnetics expert at SimScale to learn more about how our cloud-native solutions can accelerate your innovation and boost engineering efficiency.
In the design of modern home appliances, electromagnetic (EM) and thermal simulations work hand-in-hand to ensure products are both efficient and safe. By leveraging EM solvers for precise control of energy transfer and thermal simulations for effective heat dissipation and cooling strategies, engineers can develop high-performance appliances that meet strict safety standards while maximizing efficiency.
Consumer and power electronic components and devices require multiple types of analysis during product development. Early and broad access to engineering simulation is a proven way to get the design right the first time and avoid costly physical prototyping or design failure at later stages. SimScale offers a comprehensive list of analysis capabilities all in one platform.
Your hub for everything about electromagnetic simulation in the cloud. Check out our technical documentation section to learn about how to set an electromagnetic simulation.
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