Read our latest Design Brief on a sand casted, topology optimized robot arm here.

Design Process with Simulation – ANSYS & nTopology

Leveraging state-of-the-art design and simulation tools to produce higher-performing heat exchangers in volume-constrained applications is the focus of this presentation. 

In collaboration with ANSYS, nTopology will demonstrate how the next-generation of implicit geometry representations can be used to drive the future of heat exchanger designs. We will discuss how we can leverage the power of implicit modeling to generate complex surfaces that provide incredible gains in heat exchanger performance.

This session covers: 

  • How to generate dense thermally efficient heat exchanger designs 
  • How to leverage state of the art design and simulation tools to produce higher performing heat exchangers in volume constrained applications 
  • How the next generation of implicit geometry representations can be used to drive the future of heat exchanger designs and gains in heat exchanger performance

Presenters:   

Ryan O’Hara, Technical Director of Aerospace and Defense, nTopology
Maiki Vlahinos, Senior Application Engineer, nTopology
Walter Schwartz, Principal Application Engineer, ANSYS