Wind tunnel test of the bridge with site topography
Wind tunnel test of the rocket in the wind at ground
Wind tunnel test of gas diffusion over a terrain
Wind tunnel test and CFD analysis of thermal convection of the dome
Simulation of two-phase dense flow in a tube
Wind tunnel test of gas diffusion from a funnel of a ship
Simulation of unsteady flow around tube bundles
Simusation of gas flow in a coal gasifier
Simulastion of shock system in a supersonic impinging jet
 
 
 
 
 
 
   

A variety of products turned out by Mitsubishi Heavy Industries, all have something to do with fluids. In this age of highly sophisticated industrial technologies, it is no longer fluids alone but in combination with many other elements (combustion and heat transfer, chemical reaction, plasma, granular material, vibration, sound, etc.) that we have to deal with.
We are vigorously pursuing these basic element techniques to predict not only fluid flows in machineries but also air flows around such structures as bridges, buildings, etc., and will even find applications in dealing with the global environmental problems.

 
Wind tunnel test of the bridge with site topography
Wind tunnel test of the rocket in the wind at ground
Wind tunnel test of gas diffusion over a terrain
Wind tunnel test and CFD analysis of thermal convection of the dome
Simulation of two-phase dense flow in a tube
Wind tunnel test of gas diffusion from a funnel of a ship
Simulation of unsteady flow around tube bundles
Simusation of gas flow in a coal gasifier
Simulastion of shock system in a supersonic impinging jet