Numerical simulation of turbulent flows is discussed. Computational requirements for the direct simulaton of turbulence, simulation of arbitrary homogeneous flows, an expansion technique for wall bounded flows with application to pipe flow, and possibilities of flow representations or modeling techniques that allow the simulation of high Reynolds number flows with a relatively small number of dependent variables are included
We all know that in applied science models are being used. These models are usually mathematically f...
A flow simulation Methodology (FSM) is presented for computing the time-dependent behavior of comple...
Although turbulent flows are common in the world around us, a solution to the fundamental equations ...
The advent of direct numerical simulations of turbulence has opened avenues for research on turbulen...
Developments in three dimensional, time dependent numerical simulation of turbulent flows bounded by...
The problem of accurate and reliable simulation of turbulent flows is a central and intractable chal...
With todays supercomputers we are able to simulate flows with moderate to high Reynolds numbers. The...
Our task is to describe recent progress and present prospects for research in turbulence using numer...
The summer assignment to study sheared turbulent flow was divided into three phases which were: (1) ...
Recent developments at several levels of statistical turbulence modeling applicable to aerodynamics ...
Turbulence models are necessary in numerical simulations because of the impracticality of computing ...
Progress in modeling external aerodynamic flows achieved by using computations and experiments desig...
Nearly all moving objects on Earth pass through fluids and many of them move at high speed. This mak...
Direct simulations consist in solving the full Navier-Stokes equations, without any turbulence model...
This book covers the major problems of turbulence and turbulent processes, including physical pheno...
We all know that in applied science models are being used. These models are usually mathematically f...
A flow simulation Methodology (FSM) is presented for computing the time-dependent behavior of comple...
Although turbulent flows are common in the world around us, a solution to the fundamental equations ...
The advent of direct numerical simulations of turbulence has opened avenues for research on turbulen...
Developments in three dimensional, time dependent numerical simulation of turbulent flows bounded by...
The problem of accurate and reliable simulation of turbulent flows is a central and intractable chal...
With todays supercomputers we are able to simulate flows with moderate to high Reynolds numbers. The...
Our task is to describe recent progress and present prospects for research in turbulence using numer...
The summer assignment to study sheared turbulent flow was divided into three phases which were: (1) ...
Recent developments at several levels of statistical turbulence modeling applicable to aerodynamics ...
Turbulence models are necessary in numerical simulations because of the impracticality of computing ...
Progress in modeling external aerodynamic flows achieved by using computations and experiments desig...
Nearly all moving objects on Earth pass through fluids and many of them move at high speed. This mak...
Direct simulations consist in solving the full Navier-Stokes equations, without any turbulence model...
This book covers the major problems of turbulence and turbulent processes, including physical pheno...
We all know that in applied science models are being used. These models are usually mathematically f...
A flow simulation Methodology (FSM) is presented for computing the time-dependent behavior of comple...
Although turbulent flows are common in the world around us, a solution to the fundamental equations ...