See our latest peer-reviewed publications.
This a review paper covering Profilometry-based Indentation Plastometry (PIP) a novel method for rapidly inferring stress/strain curves from indentation test data.
In this paper with Professor Roger Reed a Dr. Tony Tang at Oxford University, we explore the power of PIP testing to characterize the plasticity of additively manufactured alloys
This is a collaborative study with the The National Physical Laboratory, the UK's national measurement facility. In this work we to compare the accuracy of the PIP method to that of Instrumented Indentation Testing (IIT) at inferring stress/strain behavior from indentation test data.
In this work the Plastometrex team explore the impact of residual stress on stress/strain curves derived from the PIP method.
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