REPLAY WEBINAR RAPID DESIGN OF COOLING FLOW PATHS FOR TURBOMACHINERY LOG IN TO VIEW CONTACT US Share This: ABOUT THE WEBINAR We present the rapid analysis and design of gas turbine cooling flow paths in turbine machinery. Internal cooling system pressure, flow rate, power and heat transfer distribution for ensuring effective film cooling on hot surfaces. HOSTED BY: Willie le Grange | Engineer MORE WEBINARS nuclearAccident Modeling of a Complete High-Temperature Reactor (HTR) Plant in Flownexwatch power generationMethodology for Solar Rankine Cycle Designwatch TurbinesHybrid 1D-3D Turbine Blade Coolingwatch nuclearPrismatic Block Fuel Reactor Modelling Using Flownex and Ansys SpaceClaimwatch hydrogenExploring the Transient Operation of a Hydrogen Electrolyser: A Comprehensive Analysiswatch data centreTransient Thermal Management System Simulationwatch spaceflightModelling Liquid Cryogenic Rocket Engines in Flownex SEwatch hydrogenFast Transient Analysis of a PEM Fuel Cellwatch nuclearMODELLING OF NATURAL CIRCULATION FLOW IN NUCLEAR REACTORSwatch hvacHVAC SYSTEMS SIMULATIONwatch MECHANICAL VENTILATOR SIMULATION AND CONTROLwatch SIMULATION AND CONTROL OF A MECHANICAL VENTILATOR P.2watch hvacCONTAMINANT TRACKING IN VENTILATION SYSTEMSwatch gas turbineGAS TURBINE LUBRICATION SYSTEM MODELINGwatch sco2MODELING OF A SUPERCRITICAL CO2 CYCLE IN FLOWNEXwatch
