Radial Inflow Splitter Blades in Three-Dimensional

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Radial Inflow Splitter Blades in Three-Dimensional ( radial-inflow-splitter-blades-three-dimensional )

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carry some of the loading which is mostly concentrated near the leading edge. Near the trailing edge, where the loading is usually small, the splitter blades are not needed. This will also avoid choking the flow near the outlet. An obvious advantage of using splitter blades is that it will result in less surface; another advantage is the availability of an additional degree of freedom in specifying an rVo distribution on the splitter blade that can be different from that on the main blade. The addition of splitter blades will modify the governing equations for the inverse design procedure (Chapter 2). The corresponding inverse design code as developed by Yang has to be modified accordingly. With the additional degree of freedom, more parameters need to be specified before using the design code to compute the blade shape. Since the total rVo will be divided between the main and splitter blades, one of the immediate consequences is that this will reduce the loading on the main blades; this in turn might reduce the region of reversed flow somewhat. Likewise the use of splitter blade will introduce a flexibility into the choice of rVo distribution that can potentially make the blade filament more radial. Attempt is also made to relieve some of the constraints in Yang's original specifica- tion of rV0 distribution; these include the impositions of zero incidence angle (which requires a be 0 at the leading edge) and the condition that requires =20Vat the leading and trailing edges. 1.3 Thesis Organization This thesis is organized as follows: The governing equations for the inverse design technique that include splitter blades will be presented in chapter 2, along with the various boundary conditions. The numerical techniques to solve those governing equations are presented in chap- ter 3. Basically the numerical techniques are similar to those used by Yang in his

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