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183 Different meshing was required because the different components of the turbine are considered in the simulation. Therefore, the position of the grid nodes in one domain may not match those in the other domains. General grid interface is applied to avoid such non-matching interface. Domain interfaces are required because a change in reference frame between stationary (stator) and rotating (rotor) domains occurs. ANSYS CFX has two main interfaces, namely, mixing plane and frozen rotor. The main difference between the two interfaces is that the mixing plane applies the average qualities on the interface for upstream and downstream components;therefore, it was applied in the current study.Figure 6-13 shows the modelled components with the corresponding fluid domains. Using the above boundary conditions, the solution from the CFD solver was monitored during the numerical iterations as shown inFigure 6-14. Convergence is considered achieved because the Root-Mean-Square (RMS) is less than 1.0 𝑒10−6 for mass and momentum. Figure 6-14also presents the mass flow behaviour during the numerical simulation, and the figure clearly shows that the mass continuity equation is achieved, therefore; solution is accomplished. Figure 6-13: Computational fluid domains for stator and rotor.PDF Image | Automotive Radial Turbine Expander Design WHR
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