Watch this webinar to discover how unified 3D design, fluid flow simulation, and thermal analysis, enables your team to collaborate on meeting functional requirements during the concept and design phase.
New, innovative vehicles must meet a wide range of fluid flow and thermal performance requirements. Physical testing of all of a vehicle’s components and systems is time-consuming and costly. Such tests often happen later in the development cycle when design changes can cause significant problems and delays.
Watch this webinar to discover how unified 3D design, fluid flow simulation, and thermal analysis, enables your team to collaborate on meeting functional requirements during the concept and design phase.
Our presenter will share key features including guided user experience, process automation, design exploration, collaboration, and scalability across user skill levels, development stages, complexity, and computing resources.
In addition, the webinar will present examples of automotive fluid flow and thermal analysis workflows, such as:
- HVAC system
- Exhaust and Intake flow and thermal analysis
- Thermal safety of E-Drive components
- Thermal analysis of battery systems and brake designs
- Automation of pump, valve, and hose design simulations
About the Speaker:
Srikrishna Chittur – SIMULIA Industry Process Sr. Specialist – Dassault Systèmes
Srikrishna S. Chittur is a SIMULIA Industry Process Expert at Dassault Systèmes. He leads technical enablement of partners and clients on simulation-driven innovation solutions. Previously, he led the product strategy for SIMULIA’s mainstream fluid simulation solution on the 3DEXPERIENCE platform. Before joining Dassault Systèmes, Krishna served as a Simulation Applications Expert at Trimech Solutions supporting services related to SOLIDWORKS Simulation. He holds a Master’s degree in Aerospace Engineering and Bachelor’s degree in Mechanical Engineering.
This webinar is sponsored by Dassault Systèmes.
