webinar

Centrifugal Pump Design Study with CFD

About this Free Webinar

Fluid flow simulation (CFD) is an essential part of the engineer’s toolkit. When set up accurately, it subjects a design or 3D model to simulated conditions comparable to those in the real world. From these results, product performance can be predicted, analyzed and revised rapidly in the early stages of development.

This can be especially beneficial for the design of a centrifugal pump, where high performance, optimized energy efficiency and resilience across a range of conditions play a crucial role.

In this webinar, you will learn how computational fluid dynamics simulation plays a crucial role in helping engineers better investigate the optimal design of a centrifugal pump, determine off-design characteristics, and examine operating conditions. The end result of which will be improved performance and efficiency. We will cover the following topics:

  • How CFD simulation can provide accurate and comparable results, eliminating the need for numerous and expensive experimental setups
  • The fundamentals and potential of CFD for centrifugal pump design and optimization
  • How designers can vary the design parameters to test different product iterations
  • How SimScale enables everyone in the product development process to invest their time and efforts wisely in order to explore better designs

There is no prior knowledge or software required to join this workshop. All participants will get free access to SimScale with all the required simulation features. If you can’t attend the live sessions, we would still encourage you to register in order to receive the recordings.

October

09

Centrifugal Pump Design Study with CFD

6:00 p.m CEST / 12:00 p.m. EST

Centrifugal Pump Design Study with CFD

9th of October, 2018 6:00 p.m. CEST / 12:00 p.m. EST

Learn about the decisive role that CFD simulation plays in helping engineers better investigate the optimal design of a centrifugal pump, determine off-design characteristics, and examine operating conditions.

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