REPLAY WEBINAR

RAPID DESIGN OF COOLING FLOW PATHS FOR TURBOMACHINERY

RAPID DESIGN OF COOLING FLOW PATHS FOR TURBOMACHINERY
LOG IN TO VIEW
CONTACT US

Share This:

Share on facebook
Share on twitter
Share on linkedin

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_Website_Profile
Willie le Grange | Engineer

MORE WEBINARS

Spaceflight webinar coming soon
spaceflight

Spaceflight webinar coming soon

watch
Fast Transient Analysis of a PEM Fuel Cell
hydrogen

Fast Transient Analysis of a PEM Fuel Cell

watch
RAPID DESIGN OF COOLING FLOW PATHS FOR TURBOMACHINERY
gas turbine

RAPID DESIGN OF COOLING FLOW PATHS FOR TURBOMACHINERY

watch
MODELLING OF NATURAL CIRCULATION FLOW IN NUCLEAR REACTORS
nuclear

MODELLING OF NATURAL CIRCULATION FLOW IN NUCLEAR REACTORS

watch
HVAC SYSTEMS SIMULATION
hvac

HVAC SYSTEMS SIMULATION

watch
MECHANICAL VENTILATOR SIMULATION AND CONTROL

MECHANICAL VENTILATOR SIMULATION AND CONTROL

watch
SIMULATION AND CONTROL OF A MECHANICAL VENTILATOR P.2

SIMULATION AND CONTROL OF A MECHANICAL VENTILATOR P.2

watch
CONTAMINANT TRACKING IN VENTILATION SYSTEMS
hvac

CONTAMINANT TRACKING IN VENTILATION SYSTEMS

watch
GAS TURBINE LUBRICATION SYSTEM MODELING
gas turbine

GAS TURBINE LUBRICATION SYSTEM MODELING

watch
MODELING OF A SUPERCRITICAL CO2 CYCLE IN FLOWNEX
sco2

MODELING OF A SUPERCRITICAL CO2 CYCLE IN FLOWNEX

watch
BENEFITS OF CO-SIMULATION BETWEEN ANSYS CFX AND FLOWNEX

BENEFITS OF CO-SIMULATION BETWEEN ANSYS CFX AND FLOWNEX

watch
RAPID COMBUSTOR MODELING IN A 1D FLOW NETWORK TOOL
gas turbine

RAPID COMBUSTOR MODELING IN A 1D FLOW NETWORK TOOL

watch