Luft- und Raumfahrt
Innovationen und bereichsübergreifendes, synchronisiertes Programmmanagement
Successfully handling the challenges and complexity of today’s powertrain designs requires innovative product designs that are explored digitally and confirmed physically. By offering a wide range of simulation and testing solutions, as well as engineering services, our solution will help solve your difficult design decisions.
Learn how our customers benefit from this solution.
Worldwide regulatory pressures for emission reduction are forcing automotive OEMs and powertrain suppliers to focus on fuel economy-driven innovations in both traditional engine/driveline programs as well as hybridization and electrification programs.
The introduction of new engine and driveline technologies has led to new performance requirements at the powertrain and vehicle levels. Mechatronic system integration is a key enabling factor for improved powertrain performance. Fuel economy, emissions and energy management requirements must be balanced with potential negative impacts on thermal comfort, drivability, and NVH performances. Design teams must deliver innovative powertrain systems that perform more efficiently with lower emissions and minimal noise signature. Increasingly companies are exploring their designs digitally and then confirming physically to drive innovation and get the ideas to market quickly.
Our solution helps realize innovation by delivering an unparalleled portfolio for frontload product performance validation using a multi-disciplinary simulation and test combined with intelligent reporting and data analytics. By offering software, physical testing and engineering services, it addresses the difficult design decisions facing vehicle performance departments.
We are pleased to present the first issue of Simcenter News, dedicated to the global automotive industry.
This issue features Predictive Engineering Analytics and how it helps the global automotive and transportation engineering departments accurately model and predict product performance across a range of engineering disciplines, mechanical and controls, throughout all product development stages – from product concept to release and use.
What is our solution? Why do you need it? What will it bring to you?
Hear how Jan Leuridan, Sr. VP of Simulation and Test Solutions at Siemens PLM Software, explains predictive engineering analytics and how our solution combines physics-based simulation with insights gained test from data analytics.
Our solutions uniquely combine system simulation, 3D CAE, and test to help engineers predict performance across all critical attributes earlier.
Our solution uniquely combines system simulation, 3D CAE, and test to help engineers predict performance across all critical attributes earlier and throughout the entire product lifecycle. This brief video will introduce you to the vision behind our solution and how predictive engineering analytics can help you engineer innovation.