WEBINAR

Using generative design to engineer high performant battery cold plates

When:
July 22, 2021
Using generative design to engineer high performant battery cold plates
Host
Ing. Gert-Jan Paulus
Duration
45 min

In the past decade innovation in automotive did not know its limit. Due to the increased interest in electric and hybrid mobility the need for high-performant batteries is becoming bigger and bigger. To cover this need, engineers are looking for better thermal performances of the accumulators. Ing. Gert-Jan Paulus, AI Design Engineer at Diabatix, will share his insights on how battery cold plates can be designed with generative design. During the webinar a high-efficient battery cold plate will be designed with the Diabatix platform.

Content

  • Engineering approaches for thermal problems
  • Simulating battery cold plates with the Diabatix platform
  • Design a battery cold plate with minimal thermal gradient with the Diabatix platform

Who needs to attends

  • Thermal engineers / Thermal architects
  • Engineers and designers working on battery development
  • Innovators looking for better thermal management of batteries

An overview of our features

 
Native CAD file export
Easily incorporate your optimized design into your existing workflow.
Input multiple constraints
Push the limits of your design optimization with multiple constraints.
Cloud based platform
Run physics-based simulation workflows in the cloud to get timely results.
Accurate meshing
Our software utilizes highly refined meshing for accurate results.
Extensive material library
Possess an extensive library of heat sink materials, with each altering the design outcome.
Gradient based algorithms
Our software is powered by gradient based algorithms, resulting in optimal design outcomes.
Artificial intelligence
Coupled with supercomputing power, AI enables design optimization speed.
Optimize for multiple goals
Optimize for low pressure drop in tandem with low temperature, among many others.
Extensive manufacturing library
Optimize for different manufacturing techniques, including subtractive ones.