A recently proposed kappa-epsilon model for low Reynolds number turbulent flows was modified by introducing a new damping function f(sub mu). The modified model is used to calculate the transitional boundary layer over a flat plate with different freestream turbulence levels. It is found that the model could mimic the transitional flow. However, the predicted transition is found to be sensitive to the initial conditions
Mean flow quantities in the laminar turbulent transition region and in the fully turbulent region ar...
A simple algebraic intermittency model is proposed for simulation of laminar to turbulent boundary l...
AbstractThis paper describes a simplified transition model based on the recently developed correlati...
The use of low Reynolds number (LRN) forms of the k-epsilon turbulence model in predicting transitio...
Assessments were made of the simulation capabilities of transition models developed at the Universit...
Our research involves study of the behavior of k-epsilon turbulence models for simulation of bypass-...
A k-epsilon model is proposed for turbulent bounded flows. In this model, the turbulent velocity sca...
ABSTRACT This paper presents the initial development and validation of a modified two-equation eddy-...
This report describes two approaches to low Reynolds-number k-epsilon turbulence modeling which form...
In part, this study investigates the performance of the turbulence model of Walters and Leylek (2004...
Two new versions of the kappa-omega two-equation turbulence model will be presented. The new Baselin...
AbstractThis article presents a linear eddy-viscosity turbulence model for predicting bypass and nat...
Thesis: S.M. in Naval Architecture and Marine Engineering; and S.M. in Mechanical Engineering , Mas...
A modified form of the Lam-Bremhorst low-Reynolds number kappa-epsilon turbulence model was develope...
The objectives for this project are as follows: (1) Modeling of the near wall turbulence: We aim to ...
Mean flow quantities in the laminar turbulent transition region and in the fully turbulent region ar...
A simple algebraic intermittency model is proposed for simulation of laminar to turbulent boundary l...
AbstractThis paper describes a simplified transition model based on the recently developed correlati...
The use of low Reynolds number (LRN) forms of the k-epsilon turbulence model in predicting transitio...
Assessments were made of the simulation capabilities of transition models developed at the Universit...
Our research involves study of the behavior of k-epsilon turbulence models for simulation of bypass-...
A k-epsilon model is proposed for turbulent bounded flows. In this model, the turbulent velocity sca...
ABSTRACT This paper presents the initial development and validation of a modified two-equation eddy-...
This report describes two approaches to low Reynolds-number k-epsilon turbulence modeling which form...
In part, this study investigates the performance of the turbulence model of Walters and Leylek (2004...
Two new versions of the kappa-omega two-equation turbulence model will be presented. The new Baselin...
AbstractThis article presents a linear eddy-viscosity turbulence model for predicting bypass and nat...
Thesis: S.M. in Naval Architecture and Marine Engineering; and S.M. in Mechanical Engineering , Mas...
A modified form of the Lam-Bremhorst low-Reynolds number kappa-epsilon turbulence model was develope...
The objectives for this project are as follows: (1) Modeling of the near wall turbulence: We aim to ...
Mean flow quantities in the laminar turbulent transition region and in the fully turbulent region ar...
A simple algebraic intermittency model is proposed for simulation of laminar to turbulent boundary l...
AbstractThis paper describes a simplified transition model based on the recently developed correlati...