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- 1 - 1D-streamline - 3 - 3D Model - A - angle of flow approximate Assumptions asymmetric - B - Basic values Bezier
Bezier mode Blade angle Blade angles Blade blockage Blade thickness - C - Calculate CFD Characteristic numbers Circle company Compensation continuity equation convert Coordinate system Coupled linear Cross sections Cut-water - D - Decreased output Density Design point Design rule Deviation angle Diameter coefficient diameter ratio Diameter.cftdi Dimensions distance distance tolerance - E - Efficiency Internal mechanical Overall Volumetric End cross section Euler's Equation of Turbomachinery Export Extension - F - File location Flow angle Flow angles Flow rate Freeform Frontal view Full impeller Function - G - Grid - H - Head Hub hub diameter - I - IGES Impeller Impeller diameter Incidence angle Inclination angle trailing edge Inflow swirl Intake coefficient internal - L - Leading edge license Licensing local - M - machine ID Main dimensions meridional boundaries Meridional deceleration Meridional extension mixed-flow rotor - N - network number of blades Number of revolutions - O - Outlet triangle Outlet width Outlet width ratio - P - Parameter PFLEIDERER Points polyline Power loss Power output Preferences Pressure coefficient Pressure difference problems - Q - - R - Radial element blade Radial rotor Radius Rectangle Required driving power - S - Save segment shaft diameter Shroud Simple Simple mode Single-intake single-stage Slip solid Specific energy specific speed Speed coefficient Static moment STEP STEPANOFF STL Stress.cftst Suction diameter - T - Tangential Thickness Trailing edge Trapezoid Type number - U - unshrouded - V - Velocity triangle Velocity triangles Volumetric efficiency - W - warning WIESNER Wrap angle
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