CFturbo GmbH Partners with Simerics, Inc. to Announce CFturbo SMP Software

CFturbo SMP simulation software empowers Turbomachinery engineers to compute performance maps for pumps, blowers, fans, compressors and turbines: fast, accurate, cost effective and easy-to-use.

As the design requirements for Turbomachinery becomes more demanding, CFturbo and Simerics have combined Turbomachinery design software with CFD-simulation software into one solution, CFturbo SMP. This allows users to design Turbomachinery components easily, and to simulate designs using CFD software results to improve turbomachine performance, power and efficiency. CFturbo SMP Software also provides CFD engineers with the ability to start with a design point or with an existing geometry to design and simulate turbomachines such as pumps, blowers, compressors and turbines for their processes and products.

By working together, Simerics, Inc. and CFturbo GmbH have enabled users to significantly reduce the time to get critical CFD results in the market for Turbomachinery design and simulation.

“Our development with CFturbo has enabled engineers to easily model and change impellers, stators and volutes in minutes with associative CFD results,” said Rich Moore, Vice President Strategy, OEMs, Partners, Simerics, Inc. “With CFturbo SMP we have made the combination of designing Turbomachinery and using CFD a simple and straight forward process at an affordable price.”

“We have added CFturbo software with Simerics MP to allow engineers to take advantage of a much needed, improved workflow for fast, accurate, cost-effective and user-friendly solution for Turbomachinery design and simulation. With CFturbo SMP customers get realistic results that compared accurately with multiple field tests on various types of turbomachines providing users with the confidence to design excellent geometries” said Ralph Peter Mueller, Managing Director of CFturbo GmbH and President of CFturbo, Inc.

About Simerics, Inc.

Simerics is headquartered in Bellevue, WA and is the leading developer of the award winning Simerics MP CFD Platform that many CFD products are built on, including PumpLinx, Orca3D Marine CFD, Creo Flow Analysis, Simerics MP for SOLIDWORKS and CFturbo SMP. Simerics has vertical solutions in Turbomachinery, Auto; Aerospace; Marine, Pumps; Valves; Compressors; Heat Exchangers; and Electronics industries as well as general purpose CFD. For more information please visit www.simerics.com.

About CFturbo GmbH

CFturbo is headquartered in Dresden/Germany with a major office in New York City, NY and supported by global network of distributors. Dedicated to Turbomachinery design and related Engineering Services in design of rotating machinery, fluid flow and heat transfer CFturbo has become a partner with worldwide respect in the Turbomachinery community over the last ten years. Our conceptual design software CFturbo is supposed to be the most user-friendly system available on the market. For more information please visit www.cfturbo.com.

Contacts:

Ralph Peter Mueller ralph-peter.mueller@cfturbo.com +1 929.351.2009

Rich Moore rich.moore@simerics.com +1 978.376.1763

Testimonials

Simerics-MP+ Testimonial from DM8 Composites “For new CFD users like us, Simerics-MP+ for Marine is the perfect package! It provides a smooth and robust CAD to CFD workflow in less than 7 steps along with zero CAD

Simerics-MP+ Testimonial from HSMarine “We have been using Simerics-MP+ at HSMarine Propulsion for the past two years. It has proved to be a very streamlined and robust CFD tool to run ship hull and propeller or waterjet simulations. Geometry

“Simerics-MP for me has surpassed all expectation….great program for the engineer: quick and easy”

“Simerics-MP+ has enabled our engineering team to accurately simulate performance of GenShock and its internal design features. It is delivering more accurate results for our hydraulic pump and valve modeling efforts than previous CFD packages, saving us time and money.”

“The use of Simerics-MP has validated the solution to our cavitation issue and provided us with a greater understanding of the dynamic fluid stresses within our pumps.”