Optimizing powertrain thermal management using simulation

Transmission systems performance
Predict transmissions systems performance and meet fuel economy, drivability and NVH objectives using system simulation. Giving a focus on transmission design is a crucial element to help with fuel economy and pollutant emission reduction.
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Exhaust systems for emissions reduction
Finding ways to reduce harmful exhaust gas emissions is a big challenge for the industry. Managing exhaust gas emissions requires several different strategies beyond the internal combustion engine and after-treatment systems. Learn how to use simulation to evaluate numerous concepts and designs of exhaust after-treatment systems.
Guest Speaker: Paul Boucharel - Leading technical expert - Powertrain system analysis at Continental.
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Thermal management in modern powertrains
Learn how in-depth thermal management analysis is a valuable tool to understand the complex dynamics of powertrain and improve the overall performance. This enables engineers to cope with the number of innovations inherent to powertrain technology which, has dramatically increased in recent years as manufacturers strive for advancements in thermal efficiency.
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Design of engine actuation systems
Improve engine performance by using system simulation to optimize engine actuators (such as fuel systems, valvetrains, engine mechanical systems, and airpath & exhaust systems) efficiency. Explore how to optimize the design of these through multiple vehicle attributes such as fuel economy, emissions, driving performances, NVH and drivability.
Guest Speaker: Masashi Hayashi - Digital engineering expert for powertrain components design and simulation – Denso
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CFD simulation of in-cylinder combustion 
Learn how to predict internal combustion engine performance using Computational Fluid Dynamics simulations of the in-cylinder combustion process. Explore the state of experimental validation for gasoline direct injection engine CFD.
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