Forge Simulator - Strathclyde University
The specification for performance was challenging in terms of both the mechanical build and electronic and software controls. The requirements included a frame with 500kN load capacity, displacement speeds of up to 5ms-1, ability to stop the test within 0.5mm of target height on samples 18mm tall, testing up to 1150°C.
Phoenix designed and built The Phoenix Forge Simulator, incorporating a unique mechanical design to give the desired force and speed performance without sacrificing control, purpose written control software to allow the system to follow the command profile at varying temperatures and material compliances, and a purpose built environmental chamber and test fixtures.
Find out more about high displacement/high performance machines.
"Phoenix successfully fulfilled the demanding tender criteria to deliver a unique high performance forge simulator”
Dr. Paul L. Blackwell, C.Eng., C.Sci,
MIMMM,Director of Engineering,
Advanced Forming Research Centre (AFRC)
University of Strathclyde
High Temperature Corrosion Fatigue - Cranfield University
The end caps for this chamber were designed to allow the main gas atmosphere in the centre of the chamber, a secondary shield gas annulus, access for extensometry and sample mounting but be able to be sealed, and all to operate at high temperatures. Seals for the chamber were selected to be hard enough to withstand the temperatures, but soft enough to form a gas tight seal.
Find out more about high temperature corrosion fatigue machines.
"Phoenix worked with us to design and build a system, including a high temperature environmental chamber that meets all of our challenging and specific testing needs”
Dr Simon Gray
Research Fellow in Coating Technology
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