Zwick’s latest strain measurement system, laserXtens, has successfully been used for applications in temperature chambers where materials are typically exposed to temperatures from -70 to +250°C whilst being subjected to tensile or compressive loads.
Zwick’s latest strain measurement system, laserXtens, has successfully been used for applications in temperature chambers where materials are typically exposed to temperatures from -70
to +250°C whilst being subjected to tensile or compressive loads. laserXtens measures bi-axial strain without any specimen contact. Part of the specimen surface is illuminated using the
principle of laser speckle interferometry. Which is tracked by two digital cameras. Highly advanced real-time software algorithms convert this data directly into strain.
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Project to investigate hybrid approach to titanium manufacturing
What is this a hybrid of? Superplastic forming tends to be performed slowly as otherwise the behaviour is the hot creep that typifies hot...