About this event
Join Dr Jimmy Campbell, Ronnie Paul, and Marcus Gaiser-Porter at 2pm BST on the 26th of October for an exclusive look at our BRAND NEW hot stage testing device: the first modular attachment to our novel benchtop indentation plastometer.
This hot stage tool extracts high-temperature stress-strain curves from indentation test data. Unlike traditional high-temperature tensile testing, this hot stage testing device not only delivers high-temperature testing results at a fraction of the space requirements of conventional methods, but also at a fraction of the time and cost. Tune in for a chance to see the tool in action and learn more about the benefits of this breakthrough technology.
During the webinar, you’ll discover:
- The science behind the tool - PIP testing
- An overview of the hot stage tool, including the development and data validation process
- The benefits of high-temperature PIP testing compared to traditional methods
- A real-time demo of the tool in action
Hosted by
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Team member
Jimmy Campbell Chief Technology Officer @ PlastometrexT
As Chief Technology Officer I have developed numerical methods for rapid extraction of mechanical properties from indentation data. These are deployed in our method to extract stress-strain curves from an indentation test, which is called Profilometry based Indentation Plastometry (PIP).
Plastometrex
Mechanical Testing, RevolutionisedPlastometrex is combining materials science, advanced numerical modelling, optimisation methods, and machine learning tools to create new generation materials testing solutions.
