CFTurbo v10.4.7.30

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CFturbo Software & Engineering GmbH announce the release of CFTurbo 10.4.7.30, is a powerful, user-friendly software for the interactive design of turbomachinery components. It allows the design of new models from scratch as well as the modification of existing imported designs.
ChangeLog CFturbo 10.4.7 - Date: 31.01.2020
10886 Potential crash when re-activating splitter blades in radial turbine designs
10923 Potential crash when adding volute at axial impeller
10966 Potential crash when changing global control point count
10848 Cumbersome handling of arc line modus for turbines in Meridian-dialog
10874 Invalid meridional contour for radial inflow turbines in "Middle" design mode
10958 Incorrect calculation of limits for blade fillet values in Model finishing-dialog when beta angles at hub/shroud are 90°
10851 Incorrect calculation of average meridional inlet velocity for Inducers
10893 Outlet width b2 is not calculated for radial inflow turbines when manual dimensioning activated
10918 Wrong pre-selection of unit type in Units-dialog when changing mass flow unit
10917 Preview image of CFturbo project file displayed partially in Windows Explorer
10928 Inducer deviation angle calculation must be based on blade angles related to Guelich
10970 3D-model vanishes on updating design when material domain was visible before
10943 Export items related to leakage are not exported in batch mode
CFTurbo is powerful, yet easy to use, pump design software that can help you design pumps from scratch or redesign existing impellers. Simply tell it the flow rate, head, RPM, and any (optional) pre-swirl and CFTurbo will automatically generate a pump design. You then have the option of going back and changing any details of the design with CFTurbo's guidance. This easy, but flexible, approach to pump design saves you time and still lets you get exactly the pump design you want.
CFturbo 10.4 can be used to design axial, radial and mixed-flow pumps, fans, blowers, compressors and turbines, as well as for diffusers, stators, return channels and volutes including secondary flow path modeling.
New features include a bi-directional, parametric integration into ANSYS Workbench, elliptical cross-section shapes for volutes, export interfaces to Parasolid and hyperMill, a direct path to the Coolprop library for real gas behavior, easier access to parametric batch mode optimization, and numerous other enhancements.
Webinar 32, CFturbo + TCFD, Pump with Leakage Flow by CFturbo and TCFD