Using Full Field Data to Produce a Single Indentation Test for Fully Characterising the Mooney-Rivlin Material Model

A theoretical testing method for fully characterising the Mooney-Rivlin three-parameter hyper-elastic material model is proposed by capturing full-field digital image correlation (DIC) data, namely displacement field and indentation force data. finite element with known parameters will act as experimental against which all data be referenced (a preliminary test case). Going forward this stand-in replaced physical This paper also introduces a new concept, concept of hyperplanes. These hyperplanes represent regions in where objective function values are equal. The concludes that can theoretically characterised single test. By applying methods discussed when using operating under assumption hyper-planes.