Sentence examples for beds in a static from inspiring English sources
Gas solid heat transfer in rotating fluidized beds in a static geometry is theoretically and numerically investigated.
Rotating fluidized beds in a static geometry can operate at centrifugal forces multiple times gravity, allowing increased gas solid slip velocities and resulting gas solid heat transfer coefficients.
Rotating fluidized beds in a static geometry are based on the new concept of injecting the fluidization gas tangentially in the fluidization chamber, via multiple gas inlet slots in its cylindrical outer wall.
The higher specific fluidization gas flow rates and increased gas solid slip velocities drastically increase the rate of gas solid heat transfer in rotating fluidized beds in a static geometry.
Furthermore, both the centrifugal force and the counteracting radial gas solid drag force being influenced by the fluidization gas flow rate in a similar way, rotating fluidized beds in a static geometry offer extreme flexibility with respect to the fluidization gas flow rate and the related cooling or heating.
Coupled discrete particle method – computational fluid dynamics simulations are carried out to demonstrate the potential of combined high-G-intensified gas solids contact, gas solids separation and segregation in a rotating fluidized bed in a static vortex chamber.
Computational fluid dynamics (CFD) simulations of the hydrodynamic behavior of rotating fluidized beds in static geometry (RFB-SG) are carried out for gas solid flows.
