This article reviews recently developed methods for constitutive parameter identification
based on kinematic full-field measurements, namely the finite element model updating …

The rapid advancements in the areas of biosensors, soft robotics, and tissue engineering
increased the demand for hydrogels (gels) and their composites. This is aided by the ease of …

Rubber-like materials exhibit a particular stress–strain behaviour known as hyperelasticity.
Several models are available in the literature for these materials, based on the definition of a …

Develo** autonomous ambient temperature self-healing materials with excellent
mechanical strength is extremely challenging. Herein, inspired by nacre and mussels, we …

This work reports the design of supramolecular polyurethane coating capable of early
corrosion reporting and efficient self-healing for steel protection. Immersion experiment …

We introduce a finite-element-model-updating-based open-source framework to identify
mechanical parameters of heterogeneous hyperelastic materials from in silico generated full …

The experimental stress-strain curves from the standardized tests of Tensile, Plane Stress,
Compression, Volumetric Compression, and Shear, are normally used to obtain the invariant …

This paper deals with the identification of constitutive parameters of a Mooney model
suitable for hyperelastic materials. These parameters are retrieved from a multiaxial …

Triaxial compression experiments on dry Ottawa sand are numerically simulated using Finite
Discrete Element Method (FDEM) in conjunction with X-ray CT imaging. A novel framework …

Abstract The Finite Element Updating Method (FEMU) is routinely used to determine
material model parameters that cannot be directly measured. Literature has identified that …