× CFTurbo 2026 R1.1 (128) Close
CFTurbo 2026 R1.1 (128) | 371.6 mb
Languages Supported: English, Deutsch
CFturbo has released CFturbo 2026 R1.1 (128) is a powerful software product for interactive design of turbomachinery. This version contains a number of significant enhancements.
ChangeLog CFturbo 2026 R1.1 (128) - Date: 23.01.2026
19184 crash Reverse Engineering Program crash when activating splitter blades during RE
19151 crash Meridional contour Switching curve mode to "middle line" may crash application
19177 major Meridional contour Flow domain sketch corrupted.
19145 major Meridional contour Exception in meridional contour design step when splitting shroud/hub contour
19137 major Blade properties Blade thicknesses not available as batch parameters
19085 major Mean lines Meanline construction error for straight 2D blades
19128 major Fluid Refprop check not comprehensive
19178 minor Meridional contour Missing error check for secondary flow path intersection with solid material
19126 minor Main dimensions impeller Meridian labels don’t move with the design in impeller main dimension step
19056 minor Blade profiles Thickness exponent are not unique for splitter
19089 minor Export Material point of vaneless stators out from fluid domain
19120 minor Mean lines Inner spans display toggle not respected for multiple reference designs in blade mean lines step
18833 minor Reverse Engineering Computing spans during Reverse engineering fails in specific example
18068 tweak Functions Zoom functionality for approximation functions missing
19069 tweak Blade profiles Tapering parameter changes control point topology and should be excluded from batch
19148 tweak Mean lines Default range for beta angles of Barske impellers is questionable
19165 text Blade profiles Inconsistent batch mode tapering parameter caption
19127 text Blade edges Switch for cutoff at Blade edges has misleading label
× CFTurbo 2026 R1.1 (128) Close
× CFTurbo 2026 R1.1 (128) Close
CFturbo is made to interactively design radial, mixed-flow and axial turbomachinery: pumps, ventilators, compressors, turbines. The software is easy to use and does enable quick generation and variation of impeller, stator and volute geometries. Several models can be displayed, compared and modified simultaneously. It contains numerous approximation functions that may be customized by the user in order to implement user specific knowledge into the CFturbo-based design process. In spite of the creation of semiautomatic proposals, fundamental experiences in turbomachinery design are helpful but not necessary. An experienced turbomachinery design engineer should be able to design new high-quality impellers and volutes more easily and quickly.
CFturbo FEA is a free-of-charge software for strength simulation of 3D geometry. It provides a compfortable GUI for open source software Calculix and allows the calculation of static stresses and deformations as well as modal analyses. With CFturbo FEA one can calculate the strength of pumps, blowers, fans, compressors and turbines.
Conceptual Design of a Cryogenic Rocket Turbopump with CFturbo
In this video, we'll be demonstrating the conceptual design of a Cryogenic Rocket Turbopump with CFturbo.
CFturbo is headquartered in Dresden, Germany, with another office in Brooklyn, New York. Founded in 2008, CFturbo is an industry leader in turbomachinery design software. CFturbo services customers spanning a wide variety of industries including aerospace & defense, automotive, energy, oil & gas, HVAC, marine, process industry, appliances and medtech.
Owner: CFTurbo
Product Name: CFTurbo & CFturbo FEA
Version: 2026 R1.1 (128)
Supported Architectures: x64
Website Home Page : https://cfturbo.com/
Languages Supported: English & Deutsch
System Requirements: Windows *
Size: 371.6 mb
* System Requirements: × CFTurbo 2026 R1.1 (128) Close
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