Advanced epidermal electronic devices, capable of real‐time monitoring of physical,
physiological, and biochemical signals and administering appropriate therapeutics, are …

The design of advanced materials with coupled optical and mechanical properties is an
important challenge in materials science; especially, the implementation of soft materials in …

Abstract Digital Light Synthesis (DLS) technology creates ample opportunities for making 3D
printed soft polymers for a wide range of grades and properties. In DLS, a 3D printer uses a …

Highly sensitive microfiber strain sensors are promising for the detection of mechanical
deformations in applications where limited space is available. In particular for in situ battery …

Conductive elastomer composites are widely recognized as prospective strain sensing
materials in soft robotics and biomedical engineering due to their high elasticity and light …

We present a microstructure-topology-based approach for designing macroscopic,
heterogeneous soft materials that exhibit outstanding mechanical resilience and energy …

This paper presents results obtained for the development of a wood-polymer composite
(WPC) based on polypropylene (PP) reinforced by olive wood fibers (OWF). The effect of the …

In this work, the simplified hyperelastic constitutive model and finite element analysis of
thermoplastic polyurethane elastomers (TPUs) under uniaxial tension are studied. Based on …

New durable elastomeric materials are commercially available for 3D printing, enabling a
new class of consumer wearable applications. The mechanical response of soft 3D printed …

Abstract Effects of temperature on the uniaxial cyclic compression of a polypropylene based
thermoplastic vulcanizate were studied in the range− 40° C–100° C. The effect of …