Explanation of the k-omega SST Turbulence Model with Dr. Jeff Franklin, P.E. скачать в хорошем качестве

Explanation of the k-omega SST Turbulence Model with Dr. Jeff Franklin, P.E.

#cfd #fluiddynamics #computationalfluiddynamics #engineering #simulationsoftware #engineeringsoftware #aerodynamics Lead developer of Azore CFD, Dr. Jeff Franklin, P.E., explains the k-omega SST turbulence model in this lecture style video. 0:00 k-omega SST turbulence model introduction 4:00 Turbulent viscosity comparison 6:50 Kinetic energy comparison 8:49 Dissipation comparison 10:19 Blending function 12:43 Limiting function 14:26 Perpendicular distance from wall 15:00 Azore CFD Interested in learning more about turbulence modeling? We explain the nuances of turbulence modeling and compare the k-ε and the k-ω SST turbulence models on our blog. A TURBULENCE MODELING DEEP-DIVE WITH AZORE CFD'S LEAD DEVELOPER: https://www.azorecfd.com/blog/turbule... START YOUR FREE TRIAL OF AZORE CFD: https://www.azorecfd.com/trynow Azore® is a Computational Fluid Dynamics (CFD) software tool for analyzing fluid flow and heat transfer. CFD provides engineers and scientists a method for analyzing a wide array of fluid mechanic, thermal, and chemical problems numerically on a computer. Many different types of fluid dynamic situations can be simulated using Azore, including air, gas, liquid, or particulate-laden flows. For liquid systems, modeling the flow of water through a piping system or evaluating water velocity profiles around submerged objects are common uses of Azore. The flow of air or gases can also be analyzed such as simulating the ambient air velocity profiles of wind as it passes around buildings or investigating the flow and heat transfer inside a room, duct system, mechanical equipment, or industrial process. To request more info about Azore CFD, complete this form: https://www.azorecfd.com/request-info