File size: 112 MB

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.

3D CAD model

Dynamic 3D-representation (rotate, move, zoom)

Highly configurable partial views

Export of CAD model

Import of existing geometry for comparison

Parametric geometry model

Properties of all design steps available as parameters

Parametrics can be exported

Optionally, range limits can be specified for parameter variations

Eeasy integration into optimization workflows or DoE inverstigations

Reverse Engineering

Redesign of existing geometry as starting point for optimization

Import of existing meridional curves with automated conversion to Bezier splines

Blade design based on given blade angles on leading and trailing edge or import existing meanline curves

Input or import of blade thickness distribution (blade profiles)

Comparison of imported IGES/ STEP data with the redesigned 3D model

Meridian

Meridional preview of project components

Quick access to design steps

Handling interfaces between components

Select active component

Show progressions for area, velocity, flow angle

Project management

Management of project information

Design report with the option of restoring previous design status

Display of warnings regarding specific parameters

Display of key design details

Data export

Export of points, curves, surfaces, solids

Neutral interfaces (STEP, IGES, STL, DXF)

Interfaces to important CAD and CFD systems

Implementation of special interfaces on customer request

Performance prediction

Display of performance curves for different rotational speed and impeller diameters

Calculation of fundamental impeller losses based on empirical correlations