The contribution of Simcenter Amesim to the European research project COMP4DRONES on autonomous drones safety and reliability.
Exploring new hydraulic concepts for your future heavy equipment with system simulation
Facilitating innovation in thermal integration of electric machines Efficiency regulations for electrical machines are placing greater demands on electrical machine…
Find out how the Chengdu VEM lab at the Engineering Center couples advanced testing solutions with in-depth physics simulation to take fuel efficiency to the next level.
Learn how to use test and simulation software for model-based system testing (MBST) to optimize tests, have better models and more accurate virtual sensors.
Discover how the Chengdu battery management system lab uses virtual testing to minimize the cost and time of testing physical battery prototypes
This is how the Multi-attribute Balancing lab at the Chengdu engineering center will help design teams build their electric vehicles early on and boost performance.
Simcenter Amesim 2020.1 includes a variable sea conditions model to consider dynamic impact of waves, wind and water properties on hull resistance.
How the Chengdu battery simulation demonstrator at the Chengdu engineering center can help electric vehicle automakers reduce development time considerably.
