The ability to recognize and predict reactive forces such as pressure, torque and aerodynamic coefficients can be critical for a products’ stability, reliability, its usability and in many cases its safety. Being able to predict, verify and adjust a design in the early stages of development can save a company time and money.

Overview
In this web seminar we will discuss the typical challenges an engineer faces when designing Process Plant flow control devices such as valves and piping. We will see how an MCAD embedded Concurrent CFD approach can dramatically improve work flow during the design process, leading to better products in far less time, maximizing both output and profits.

To illustrate this, the presenter will demonstrate how easy it is with Concurrent CFD software to prepare a valve design for analysis, analyze it and then evaluate the results. The presenter will then go on to show you how to perform “what-if” analysis by simply modifying the MCAD geometry and viewing the Concurrent CFD simulation results for the new model.

What You Will Learn

• Perform analysis using concurrent CFD and familiar CAD interface
• Visualize pressure and flow distributions in a virtual 3D environment
• Understand the impact of design changes and how it can effect pressure
• Efficient ways to share results with design teams and customers

Who Should Attend:

• Design Engineers
• Design Managers
• Mechanical Engineers
• Product Design Managers
• Project Managers

Register now for this free event.