Cros and LeGal [38] investigated the transition to turbulence of the flow confined between a stationary and a rotating disk, using visualization and video image analysis. Tim van Wageningen [39] used FEM models for calculations and optimization of a small scale hydrogen peroxide powered engine for a flapping wing mechanism micro air vehicle. Piotr Lampart et. al. [40] carried out CFD calculations on various models of Tesla turbines on the basis of the RANS model supplemented by the K-ω SST turbulence model in ANSYS Fluent. Jose Luiz Gaschem et. al. [43] solved numerically the problem of flow through a radial diffuser using the immersed boundary method with the virtual physical model for complex geometries. Peter Harwood [45] also used CFD tools in the design and analysis of Tesla turbine. S. Viazzo, S. Poncet et. al. [46] reported numerical investigations of the turbulent flow in a shrouded rotor-stator cavity by two LES codes. The first LES approach is a 3D spectral code stabilized with a spectral vanishing viscosity model, whereas the second one is a fourth order compact finite difference code associated with the dynamic subgrid model. C. J. Deschamps [48] estimated the turbulence of flow in an axial turbine model, using flow transport equations for modeling and CFD calculations using ANSYS Fluent. P. Sandilya et. al. [49] used physical modeling and experimentation and compared results obtained with those from analytical models. The differential equations used were discretized using Crank-Nicolson semi-implicit formulation. Shuichi Torii [53] investigated thermal-fluid transport phenomena in laminar flow between twin rotating parallel disks using ANSYS Fluent.