What is the relation between various turbulence quantities defined in k-e and k-w models?
The basic definitions used in these models are as follows: where: k is the kinetic energy of turbulence e is the dissipation rate of turbulence w is the turbulence vorticity fluctuation or frequency variable t is the turbulence integral length scale l is the standard length scale of turbulence lanswer is the length scale of turbulence used in ANSWER software r is the density of flow k is the von Karman constant Cm is the constant in the eddy viscosity relation With Cm = 0.09 and k =0.4187,
Related Questions
- What is the relation between turbulence length scale used in ANSWER and the length scale used in standard turbulence models?
- How is London to be defined in relation to eligibility for the off-formula special provision for London?
- What is the relation between various turbulence quantities defined in k-e and k-w models?
