AVL experts discuss an easy-to-use solution that supports you throughout the development process with assistants such as the engine model generator, parameterization wizards, and various automated workflows.
HBK’s Klaus Lang discusses a method that uses advanced cycle detection to conduct real-time analysis and reduce electric drive testing times by 50%.
AVL’s Lucas Kira and Matthias Pichler explain the importance of these external influences and the cross-effects created between the different vehicle areas, from chassis to powertrain and thermal systems.
DSD’s Jason Schneider and AK Arafat walk through the processes and tools used to develop cutting-edge motor control strategies, blending simulation and conventional physical testing.
AVL’s Marijn Hollander and Morgan LeCossec explain the benefits of advanced methodologies for E-Drive powertrain development using AVL CAMEO.
HBK’s Mitch Marks discusses using back EMF measurements to characterize and validate motors at the end of an assembly line to decide if a part meets the requirements for production quickly.
Stefan Dreifke from Keysight Technologies explains how to improve the design and operation of your electric vehicle battery test lab.
KPIT’s Tanmay Agrawal explains how to address electric vehicle engineering challenges by adopting an integrated model-based systems approach.
Dr. Alexander Fandakov discusses IAV’s model-based development methodology and how it can be employed for thermal management optimizations benefiting from new technologies.
HBK’s Tom Kevenaar explains how averaging of signals and measurements in electric power testing could and sometimes should be carried out to obtain the best and most meaningful results.
AVL experts explain how to verify and validate software and hardware functions by integrating the DevOps process with the V-model.
NXP’s Andres Barrilado explains how AI and ML will make their way into automotive safety functions as we consider how to avoid systematic failures and define new problem statements around inference to provide safety-related functions.
Tanner Bruhn and Laurent Allouchery demonstrate how to monitor fuel cell degradation in real-time using AVL’s toolchain.
Jae-Young Chang of Keysight Technologies examines the changes sweeping automotive in-vehicle technology and the accompanying signal integrity challenges.
HBK’s Sönke Treinies explains how engineers can understand the different fault conditions of eVTOL aircraft to increase range and ensure airworthiness.
AVL experts explain how to use vSUITE™ to optimize the energy management of a battery electric SUV and achieve the ideal balance between range and performance in a virtual environment.
Experts from AVL discuss existing battery validation challenges and explain how intelligent automation can make the testing process much more efficient.
Keysight’s Jens Schmutzler explains how to keep up with new test challenges and evolving conformance standards in a complex EV ecosystem.
Dr.-Ing. Adam Korbel of Renesas explains how to support new automotive E/E architectures with dedicated “winning combo” chipset solutions.
Elektrobit’s Bastian Speth explains how to remove bottlenecks in the software development process.