Take part in EMA’s Solving Electromagnetic Challenges webinar series, where you will learn how to overcome the most pressing issues in the industry. Whether it's adapting to new standards, adopting new technologies and methodologies, or optimizing your designs and workflows, Solving Electromagnetic Challenges will give you the edge you need to succeed.
Our next webinar is Wednesday, June 25, 2025
Full Vehicle Simulations for Electromagnetic Compatibility (EMC), Electromagnetic Interference (EMI) and Electromagnetic Environmental Effects (E3) of Structures and Cables
Having the ability to model and simulate a full vehicle in a given electromagnetic environment is critical throughout the design cycle of the platform. Ansys EMC Plus is a platform level simulation and modeling tool that specializes in modeling the coupling of the electromagnetic environment to structures and cables. Ansys EMC Plus allows users to model at high fidelity the important electromagnetic properties and parameters associated with their platform.
Simulating full vehicle models is vital to the aerospace, heavy and automotive industries. Introducing this type of modeling early in the design process can help reduce testing costs at the end of a platforms design cycle. Validating simulation results is also critical and EMA has been involved with several publications that validate Ansys EMC Plus against test results.
This course will focus on how to construct a full vehicle model for E3 and EMC/EMI simulations starting from the mechanical CAD. Course attendees will learn how to specify materials properties, define the electromagnetic environment, construct complex cable harnesses, define important seam and joints, how to assign probes and process data, and learn advanced modeling techniques that help expedite the modeling process.
Join us on June 25 at 3 p.m. ET. Click here to get registered.
Speaker: Kellan Kremer EMA Senior Scientist and Associate Product Manager Kellan Kremer is a Senior Scientist and Product Manager at Electro Magnetic Applications, Inc. (EMA®) where he specializes in modeling electromagnetic environmental effects. These environments include lightning, HIRF, HEMP, space plasmas, lunar plasmas, and radiated and conducted environments found in MIL-STD-461/DO-160. Kellan has also led the integration effort between Ansys Charge Plus and STK. This integration allows users to calculate particle fluxes in STK and import them into Ansys Charge Plus for an internal charging analysis. Kellan has been a consultant on many civilian and military aerospace projects. He has developed large platform models for full-wave computational electromagnetic simulation, been involved in low level swept field HIRF measurements, and conducted validation efforts that illustrate how models developed in Ansys EMC Plus can compare well to lab measured data.
Topic: Simulation and Modeling Approaches Useful for Automotive EMC Analysis Presenter: Karen Burnham, EMA Principal Scientist I Abstract: Failing automotive EMC requirements in the test lab leads to many extra costs and schedule delays. With the push for more electric vehicles (EVs), the electromagnetic environment in a car is getting harsher. With the advent of […]
Topic: Eliminate Guesswork in RF Interference Analysis with the Automated Radio Measurement System (ARMS) Presenter: Matt Miller, EMA Principal RF Engineer II Abstract: EMA is excited to announce a new capability that will eliminate the guesswork in RFI analysis. The Automated Radio Measurement System (ARMS) is a combination of off-the-shelf test equipment, custom filter banks, […]
Topic: Guide to Using Simulations for HIRF Certification Activities Presenter: Cody Weber, EMA Principal Scientist Abstract: Cody Weber reviewed the HIRF guidance documents AC20-158 and ARP5583 to understand which activities are typically performed for HIRF compliance demonstration. The webinar also covered how computational electromagnetic (CEM) simulations with EMA3D® can support HIRF design and compliance activities […]
Topic: How to Achieve Automotive EMC Certification Success at the First Pass Presenters: Karen Burnham, EMA Principal Scientist I Flavio Calvano, Ansys Lead Application Engineer Abstract: Automotive systems are becoming more complex with each new technical development that is added to them. This increases the Electromagnetic Compatibility (EMC) challenges for the automotive platform. Passing EMC requirements is […]
Topic: Platform-Level Integration of Antennas, RF Systems, and Cables Presenters: Matt Miller, EMA Principal RF Engineer II Fred German, Ansys Director of R&D Abstract: Virtually every modern platform includes RF systems for a variety of functions including navigation, communication, surveillance and sensing. These RF systems are connected to antennas via cables routed through the vehicle […]
Topic: EMA3D 2021 R1 What’s New Webinar Presenter: Tim McDonald, EMA President Abstract: In this webinar, Tim McDonald, PhD, will be going into more detail for the most anticipated updates: HFSS Field Link: ability to use HFSS near fields as source, import of harness description list (KBL) files, and exporting S-parameter models; As well as […]
Topic: Guide to Civil Aircraft Electromagnetic Compatibility Presenters: Tim McDonald, EMA President Bill Martin, EMC Expert Abstract: We review the guidance in SAE ARP60493 for demonstrating that electrical and electronic systems installed on civil aircraft can operate without adversely affecting the operation of other aircraft electrical and electronic systems. This includes guidance for defining appropriate […]
Topic: Installed Antenna Performance and RFI Presenter: Matt Miller, EMA Principal Scientist II Chris Maholm, Dayton Granger Director of Business Development Abstract: Radio Frequency (RF) systems represent one of the most critical technology areas today. Without RF systems, all types of vehicles cannot navigate, communication cannot occur, advanced weapons cannot hit their targets, and the […]
Topic: Analysis to Predict Electromagnetic Compatibility (EMC) Compliance of Units and Devices for Suppliers Presenter: Tim McDonald Abstract: Tier-1 suppliers of electronics units for aircraft, automobiles, or other platforms must meet electromagnetic compatibility (EMC) requirements. Platform integrators establish EMC requirements in order to ensure overall system compatibility. Almost always, the method of compliance to the […]
Topic: Using Simulation to Reduce Damage and Maximize Availability in Wind Turbine Applications Presenter: Justin McKennon Abstract: Lightning effects on wind turbine blades present significant challenges to manufacturers and operators. The industry is skewing heavily towards larger wind turbine blades and more remote locations, and these pose substantial logistical challenges in terms of accessibility, cost […]
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