The liquid cooling designs with freeform internal geometries achieve lower maximum operational temperature (e.g. IGBTs, electric vehicles) or minimum thermal expansion (electronic manufacturing systems) or more uniform temperature (e.g. cooling of lasers and LEDs). The platform is extremely fast because it manages the automatic execution of thermal simulation & optimisation on supercomputers.
Combined heat, flow & form optimisation in liquid-cooling components
Machine manufacturers feel the heat to develop ever more performant, compact, lightweight or affordable thermal components. Today engineering specialists (manually) perform thermal simulations to improve the conceptual design they started from. This whitepaper from Diabatix looks at an innovative thermal design platform pushes innovation by automatically delivering a generative design with optimised thermal performance, based on your functional requirements.
