Large-eddy simulations (LESs) of isothermal round jets at a Mach number of 0.9 and a
diameter-based Reynolds number Re D of 10 5 originating from a pipe are performed using …

Transitional round jets at Mach number M= 0.9⁠, with identical initial conditions except for
the diameter, yielding Reynolds numbers over the range 1.7× 10 3⩽ Re D⩽ 4× 10 5⁠, are …

This paper presents a comprehensive analytical approach to the modelling of wall-pressure
fluctuations under a turbulent boundary layer, unifying and expanding the analytical models …

The formation of explosive gas zones (EGZs) from flammable vapors, gases, or dust pose
safety hazards to many industries. In many cases, explosions may occur in confined areas …

This title provides the fundamental bases for developing turbulence models on rational
grounds. The main different methods of approach are considered, ranging from statistical …

With the rapid advent of computational methods in all fields of engineering, several areas
have emerged as significant sources of ambiguity. Among these is the selection of a …

The development of implicit approaches has prompted debate on the actual usefulness of
any explicit subgrid-scale modelling in large-eddy simulation. This question is addressed …

THE concept of correlation is well adapted to characterize the space–time statistical
properties of turbulence. As an example, one of the first applications to aerodynamic noise …

Experimental results for various water and air superficial velocities in developing adiabatic
horizontal two-phase pipe flow are presented. Flow pattern maps derived from videos exhibit …

The turbulent mixing noise radiated by a Mach 0.9 jet is investigated. The focus is put on the
proper calculation of acoustic propagation effects by means of adjoint Green's function that …