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Manufacturers around the world use Engineering Fluid Dynamics (EFD) to develop and improve valve design quickly, easily and economically.
There are many variables to consider in valve design and engineers designing valves are typically concerned about:
- Reducing pressure drop
- Determining flow capacity
- Predicting forces and torque on moving parts (e.g. springs)
- Identifying flow rates
- Understanding valve behavior
- Controlling cavitation and flashing
- Designing for purpose rather than over-engineering
- Proving performance to customers before production
Whether you are working on a ball check valve, a gas solenoid valve or an automotive valve, EFD will assist you in every step of the
development and design processes, helping to accelerate your product development. EFD also allows for extensive experimentation to ensure
that you are designing all of the parts cohesively and accurately. Optimize your valve design and flow rate, reduce pressure drop, predict
forces and torque on moving parts, control cavitation and flashing and understand valve behavior by extensively studying the many variables
with EFD software before ever building a prototype.
When engineers' concerns are addressed in the development stage with our valve analysis software, you will save time in the design of
many types of valves. EFD is beneficial in both valve design and pipe design and is also a very effective pump design software. A typical
3D valve flow simulation may include fluid, airflow and heat transfer simulation combined. EFD enables you to meet tough specifications
and cut down the time and resources involved in valve, pump and pipe design.
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