Developing Electric Machines – How Virtual Development Can Reduce Cost and Risk

As the electrification of vehicles has grown significantly over the last decade, so has the development of different propulsion systems. The demand for designing more efficient and powerful electrified powertrains at a lower cost has incrementally increased. The designer must consider system performance instead of a single component and the interactions between the different units…

The development of electric machines has evolved significantly in recent years due to ever-increasing performance requirements for automotive applications, such as efficiency, power density, cost, and noise. Simulation and virtual development play a crucial role in reducing development time, cost, and risk to achieve these performance goals. This webinar will demonstrate on ANSYS Motor-CAD  to…

Ansys Mechanical 2024 R1 introduces several enhancements designed to streamline your workflow and boost efficiency, particularly for complex engineering challenges. Here’s a quick rundown of the key features in the Mechanical 2024 R1 what’s new part2: Explicit Dynamics, Motion, AQWA and Sound. #Ansys Singapore #Ansys Malaysia #Ansys Philippines #Ansys Thailand #Ansys Indonesia

As modern day electronics get smaller in size, electronic components get placed in smaller spaces. This will increase the risk of EMI interference. From component level all the way to system level with cables/wire harness and enclosures, ANSYS provides the solution for mitigating EMI issues early on in the product development cycle. Thereby helping meeting…

Discrete element method (DEM) is a computational modeling framework used to simulate the behavior of granular and discontinuous bulk materials. Simulating bulk material is challenging because of the complex ways that the different discrete elements or particles interact with one another and with their surroundings. Bulk material does not exist in isolation. It often interacts…