SOLIDWORKS Electromagnetics Engineer EM Field Analysis Capabilities

Article by Dassault Systèmes updated March 10, 2022


See how easily SOLIDWORKS interacts with Electromagnetics Engineer to test EM energy. Watch the video to see how Electromagnetics Engineer EM field analysis is used to determine the impact of electromagnetics when charging a wireless battery.

Electromagnetics Engineer enables designers and engineers to perform low- to high-frequency-static to optical-electromagnetics (EM) simulations, including the optimization of antennas, microwave components, and electro-mechanical devices as well as some optical applications and charged particles dynamics scenarios.

By tapping into the power of 3DEXPERIENCE® Works Electromagnetics Engineer, you can improve product performance, reduce time to market, and minimize device malfunctions, warranty claims, and recalls of products that rely on electromagnetic energy.

Cloud-based Simulation Software

SIMULIA Electromagnetics Engineer enables designers and engineers to perform electromagnetic simulations from low to high frequency (static to optical), including the optimization of antennas, microwave components and electro-mechanical devices.

SIMULIA Electromagnetics Engineer enables design teams to improve product performancereduce time-to-market and minimize device malfunctionswarranty claims and recalls.

SIMULIA High Tech Simulation

SOLIDWORKS Electromagnetics Engineer

Electromagnetics Engineer Capabilities

SOLIDWORKS Electromagnetics Engineer offers a broad range of em field analysis methods with a unique capability to identify and mitigate electromagnetic compatibility (EMC) and electromagnetic interference (EMI) risks in electronic devices. Additionally, the technology can be applied to simulation of human body exposure to electromagnetic fields. Electromagnetics Engineer ensures that the device passes any certification tests required by regulatory and industry standards first time.

  • Powerful simulation methods such as the unique finite integration technique (FIT), the classical finite element method (FEM), the transmission line matrix method (TLM), and also hybrid simulation methods.
  • Specialized solvers for applications such as motors, printed circuit boards, cable harnesses and filters.
  • Coupled simulations: system-level, multiphysics, field/circuit co-simulation to deliver an unprecedented simulation reliability and accuracy.
  • An All-in-one fully parametric design environment for modeling.
  • A wide range of complex material models.
  • Powerful post-processing and visualization tools
  • Built-in optimizers.
  • High-performance computing on workstations and on clusters: multi-threading, GPU and hardware acceleration, distributed computing and MPI multi-process parallelization (like MPI).
  • Cloud computing on the 3DEXPERIENCE platform to submit and monitor CST Studio Suite jobs from anywhere.

Interested in Electromagnetics Engineer?

Visit our website to learn more, and get a quote for the cloud-based simulation software.

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