shonDy is a high-performance CFD solver designed for simulating complex fluid dynamics scenarios with accuracy and efficiency.
shonFlow is a versatile flow simulation software that enables engineers to model and analyze fluid flow in various industrial processes.
shonTA is an advanced thermal analysis tool that provides precise temperature distribution simulations for engineering applications.
shonMesh is a cutting-edge mesh generation tool that streamlines the process of creating high-quality computational grids for simulations.
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Explore our automotive case studies showcasing innovative research and applications of our products in the automotive industry.
Explore our academic case studies showcasing innovative research and applications of our products in educational settings.
Explore our fundamental demonstrations.
In computational fluid dynamics (CFD), there’s more than one way to describe how fluids move, mix, and interact with their environment.
Modern Electric Vehicles (EVs) demand precise and reliable thermal management to ensure performance, safety, and longevity.
In the previous article, we introduced the fundamental principles of the Lumped-Parameter Thermal Network (LPTN) method and demonstrated how it can be used to model heat transfer using equivalent thermal resistances.
In product concept design, it is vital to comprehend the overall temperature profile of the product and the energy transfer between its components, rather than solely focusing on the temperature distribution within individual components.
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