Here, U a + is the nondimensional transformed compressible velocity profile, and y a is the nondimensional wall-normal coordinate that corresponds to a specific transformation. U I + denotes the ...

The purpose of these MatLab functions are to take the place of tables detailing the relationship between different values of a compressible flow. The three files include the tables for a Normal Shock, ...

Particularly, when AM technology is applied in the compressible flow field of nozzles, nozzle strength and surface roughness are two major concerns accompanying with advantages on cost, time and ...

Includes equations governing the compressible flow of gases (air) for: variable area (isentropic) flow with or without shockwaves, Fanno (frictional) flow, and Rayleigh (heat) flow. Currently, there ...

The fundamental problem of the statistical dynamics of a turbulent flow, formulated in terms of characteristic functionals, has already been pointed out in the work of E. Hopf. In his work he deduced ...

The adaptation function is usually selected from flow variables such as density, entropy, and turbulent kinetic energy. The flow considered in this paper is at high Reynolds number, and the Mach ...

A team of scientists has developed a novel hybrid scheme for both steady and unsteady single-phase compressible flow simulations. Their scheme has potential applications in real-world scenarios ...

A MEMS-based sensor and actuator system has been designed and fabricated for separation control in the compressible flow regime. The MEMS sensors in the system are surface-micromachined shear stress ...