Natural Convection Simulation Using Ansys Discovery

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Check out the recorded webinar

The heat generated in buildings, energy storage systems, electronics systems presents a daunting challenge in terms of removal, leading to thermal comfort, cooling performance, reliability and safety concerns. Ansys Discovery allows engineers to make quick and easy changes to their geometries and validate their concept designs.

Join us for this KETIV Virtual Academy session, hosted by KETIV Simulation Practice Lead Snigdha Sarkar, where she will demonstrate how to run a natural convection thermal simulation inside Ansys Discovery. Learn how to easily build enclosures, add convection boundary conditions, material properties, and mesh fidelity to your discovery models. Post-process results to visualize convection currents and thermal gradients. This session is intended for both thermal and CFD design engineers and/or analysts.

Session Presenters

Snigdha Sarkar

Simulation Practice Leader

Snigdha serves as the Simulation Practice Lead and is a certified Ansys Application Engineer, specializing in Fluids and Multiphysics simulations. She holds a Master's Degree in Mechanical Engineering with a focus on Computational Fluid Dynamics (CFD). Her expertise encompasses various areas, including heat transfer, multiphase flows, discrete phase flows, FSI, battery modeling, and combustion. With extensive experience in the automotive industry, Snigdha possesses an in-depth understanding of how to harness the power of simulation for improving product performance, reducing costs, and minimizing time-to-market. Snigdha specializes in supporting and training customers in CFD and Design Optimization tools such as Ansys Fluent, Discovery, CFX, Polyflow, Chemkin, Workbench, Ansys Rocky, and Autodesk CFD.

  			  
  		

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