Discover the Future of e-Drive Development with Simcenter 3D

Explore how Simcenter 3D is able to cut the development time of electronic powertrains by half with simulation and virtual verification.
View the recording, plus other tips, tricks, and free resources: https://www.ata-e.com/resources/disco...

The race to electrify the automotive mass market is on. As automakers strive to outpace competition and simultaneously meet stringent environmental regulations, the development of efficient, reliable, and increasingly affordable electric vehicles (EVs) is becoming critical. Reducing the development cycle times of e-Drives (e-Powertrains) from the traditional 3–4 years to just 2 years would be a game changer for automakers.

Physical testing, a time- and cost-intensive part of e-Drive development, poses a significant bottleneck. Enter Simcenter 3D – the cutting-edge simulation software that is revolutionizing the way automakers approach e-Drive development. By replacing numerous physical tests with accurate simulations and virtual verification, Simcenter 3D dramatically accelerates the development process, ensuring faster time to market and significant cost savings.

ATA Engineering invites you to an exclusive webinar showcasing how Simcenter 3D was used in the virtual verification of an axial-flux in-wheel traction motor. Learn how Simcenter 3D’s comprehensive suite of solvers and live connections to CAD that can process design updates in real time live links to a single design CAD facilitate an integrated workflow approach for multi-domain analyses, including electromagnetics (EMAG), computational fluid dynamics (CFD)-thermal, structural, and acoustics.

Key Takeaways:
EMAG Analysis: Dive into permanent magnet analysis, understand speed-dependent losses, and learn how to select EMAG operation points for enhanced thermal and structural performance.
CFD-Thermal Strategies: Explore techniques to manage problem sizes and discover the benefits of direct cooling of the stator.
Structural Centrifugal Rotor Test: Uncover the implications of rotor assembly on structural integrity and performance.
Acoustics / Noise, Vibration, and Harshness (NVH) / Vibroacoustics: Assess the impact of rotor noise radiation for an axial-flux motor.

Who Should Attend?
Simcenter 3D and NX Users
Design Engineers and Motor Designers
EMAG Engineers / Analysts
Thermal and Structural Engineers / Analysts
Acoustics / NVH / Vibroacoustics Specialists
Simulation, Engineering, and CAD Managers / Administrators

Why Watch?
Enhance Product Performance: Understand how Simcenter 3D’s integrated approach can improve your product’s efficiency, reliability, and performance.
Reduce Development Time: Learn strategies to cut down on costly and time-consuming physical testing.
Interactive Q&A: Listen to questions answered by our experts

ABOUT THE SPEAKER
John Wanjiku
Product Manager, Siemens Digital Industries Software

John Wanjiku is a product manager for Siemens Simcenter Electromagnetics (Low). His background is in electric machines – over 12 years – in both research and experience. He is a member of IEEE and its Industrial Applications (IAS) and Power and Energy (PES) societies. John’s motivation is to help Siemens customers solve their design challenges, by leveraging Siemens solutions.