Development of a Complete Model of Turbulence Revisited

The primary technical objective of this research project has been to develop and test a new set of constitutive equations suitable for general engineering applications. In accomplishing this objective, particular emphasis has been focused upon predicting rates of departure from and return to equilib...

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Main Author: Wilcox,David C
Format: Report
Language:English
Subjects:
BOUNDARY LAYER
ENGINEERING
EQUATIONS
EQUATIONS OF MOTION
Fluid Mechanics
MATHEMATICAL MODELS
MOMENTUM TRANSFER
NUMERICAL METHODS AND PROCEDURES
PHYSICS
REYNOLDS NUMBER
Reynolds Stress
SHEAR STRESSES
TURBULENCE
UNSTEADY FLOW
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creator Wilcox,David C
description The primary technical objective of this research project has been to develop and test a new set of constitutive equations suitable for general engineering applications. In accomplishing this objective, particular emphasis has been focused upon predicting rates of departure from and return to equilibrium. Throughout the research in this project, a secondary goal has been to devise out turbulence model equations subject to the self imposed constraints that the resulting equations pose no special difficulties for conventional numerical procedures, and, to the greatest extent possible, reflect much more of the physics of turbulence than previously attempted in an engineering model. Keywords: Unsteady Boundary layers; Engineering Applications; Turbulence Model Equations; Reynolds Stress; Boundary Layers.
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source DTIC Technical Reports
subjects BOUNDARY LAYER
ENGINEERING
EQUATIONS
EQUATIONS OF MOTION
Fluid Mechanics
MATHEMATICAL MODELS
MOMENTUM TRANSFER
NUMERICAL METHODS AND PROCEDURES
PHYSICS
REYNOLDS NUMBER
Reynolds Stress
SHEAR STRESSES
TURBULENCE
UNSTEADY FLOW
title Development of a Complete Model of Turbulence Revisited
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