The latest Electromagnetics content from SIMULIA this month includes the Releases 2022 of CST Studio Suite and Opera that build on the SIMULIA electromagnetics offering with a range of new features and performance upgrades for your simulation, as well as e-seminars and blog posts about 5G antennas, electric machines, radomes, filter design and electronics heating.
2022 Release E-Seminars
Opera 2022 | Electromagnetic Simulation for Low-Frequency Applications
Opera 2022 includes tools for electrical motors and generators, actuators, electromagnets and transformers, as well as recent enhancements to the solver capabilities and the GUI that allow for an even faster and more accurate finite element analysis of electromagnetic fields.
📅 December 16, 2021
🕔 5 PM CET
CST Studio Suite 2022 | Technology Enhancement Highlights
The new features in CST Studio Suite cover advanced modeling and post-processing, antenna and microwave component design, communication and detection, electromagnetic compatibility and interference, electronics, and connections to the 3DEXPERIENCE electromagnetics portfolio.
📅 January 20, 2022
🕔 5 PM CET
E-Seminar Replays
Complex & Conformal FSS Based Radome Simulation
Conformal and frequency selective surfaces being used as radomes create a complicated electromagnetic environment that demand accurate and reliable simulations.
Electric Machine Design: ROMs for System Level Simulations and NVH Prediction
This Tech Talk shows how this behavior can be captured in various functional mockup unit (FMU) / reduced order models (ROM), how they can be used on a system level (using Dymola) to design controls, and mutibody analyses (using Simpack) to obtain relevant NV KPI’s.
SIMULIA worked with industry leaders in the smart device supply chain and system integrators directly to create a reference digital twin device and a highly automated workflow for 5G antenna array design.
The SIMULIA Blog
Efficient Design of SIW and ESIW Filters Using CST Studio Suite
This blog post explains how to design filters based on Substrate Integrated Waveguide (SIW) and Empty Substrate Integrated Waveguide (ESIW) technology.
Complex & Conformal FSS Based Radome Design
Read more about the workflow for frequency selective surface radome design from an individual element to the finite array as well as suitable approaches to simulate them.
Thermal Simulation of Electric Losses on PCBs, Compared to Measurements
Discover the benefits of a fast, efficient workflow for PCB thermal simulation in CST Studio Suite using IR-Drop analysis, verified against measurements.
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