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+--- Téma: CFTurbo 2025 R2.1 Build 120 & 2025 R2.0 Win x64 (/showthread.php?tid=369280)
RE: CFTurbo 2025 R2.1 Build 120 & 2025 R2.0 Win x64 - OS9999 - 2025-09-25
![[Kép: f3a947bf4b66446931d304e88bb1036b.webp]](https://i126.fastpic.org/big/2025/0925/6b/f3a947bf4b66446931d304e88bb1036b.webp)
Free Download CFTurbo 2025 R2.1 (120) | 368.5 mb
Languages Supported: English, Deutsch
Owner:CFTurbo
Product Name:CFTurbo & CFturbo FEA
Version:2025 R2.1 (120) & 2025 R2.0
Supported Architectures:x64
Website Home Page :
Idézet:A kódrészlet megtekintéséhez be kell jelentkezned, vagy nincs jogosultságod a tartalom megtekintéséhez.Languages Supported:English & Deutsch
System Requirements:Windows *
Size:368.5 mb
CFturbohas releasedCFturbo 2025 R2.1 (120)is a powerful software product for interactive design of turbomachinery. This version contains a number of significant enhancements.
ChangeLog CFturbo 2025 R2.1 - Date: 22.08.2025
- 8536 crash Main dimensions impeller Error when switching from Airfoil to Meanline mode
- 18555 major Export Turbogrid export for virtual flow domain misses hub and shroud curves
- 18532 major Meridional contour Split of Hub / Shroud curves must result in same curve type
- 18546 major Blade profiles Loading NACA profile from the "profile manager" failed
- 18380 major Blade profiles Splitter blade trailing edge exceeds meridional boundaries
- 18529 minor Meridional contour More flexible local coordinate system
- 18528 minor Meridional contour Absolute coordinates input.
- 18591 minor Batch mode Inlet total pressure unavailable as modifiable parameter for compressors
- 18600 minor Meridional contour Angle values outside -180..180° displayed.
- 18563 minor Meridional contour Reference info curves will not be updated in accordance to xAxis definition
- 18499 minor Meridional contour Duplicating an impeller leaves its z-position unchanged.
- 18489 minor Meridional contour Inactive parameters available in batch mode
- 18447 minor Volute cutwater Automatic spiral start position outside bounds
- 18538 minor Mean lines Reference throat values are not be displayed correctly
- 18508 minor Ansys WB Integration optiSLang Error: "Parameter name XY starts with digit"
- 18513 minor Meridional contour Error due to intersecting blade edges with hub/shroud is wrong in rare cases
- 18322 minor General Flow domain aliases are lost when material solid is deactivated
- 18077 minor Blade sweep Iterative adjustment of axial airfoil position necessary
- 18321 minor Ansys WB Integration Unknown reason for required alias usage error message
- 18318 tweak General Misplaced component names
- 18571 tweak Blade properties Last 2 items in info grid are invisible
- 17878 tweak Batch mode Save button is disabled initially
- 18512 tweak Meridional contour Allow batch mode access for parameter axial start position
- 18567 text Blade properties Unclear caption in report for leading edge
- 18545 text Meridional contour Context menu text adaption
![[Kép: 11eff23221b46308378da8fa8b1330f9.webp]](https://i126.fastpic.org/big/2025/0925/f9/11eff23221b46308378da8fa8b1330f9.webp)
![[Kép: a045cae5c5adee7fe5c6bf8cf7c98c78.webp]](https://i126.fastpic.org/big/2025/0925/78/a045cae5c5adee7fe5c6bf8cf7c98c78.webp)
CFturbois 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 FEAis 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.
CFturbois 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.
![[Kép: edf7f4fc1d9bc330aeb11c59e2090c58.webp]](https://i126.fastpic.org/big/2025/0925/58/edf7f4fc1d9bc330aeb11c59e2090c58.webp)
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