Observing the internal state that takes place during deformation is essential for
comprehending the mechanical properties of polymeric materials like rubber. For the …

A multiscale finite element analysis was performed for short carbon fiber (SCF) reinforced
rubber composites under uniaxial tensile loading with periodic geometries and random …

Polymethylmethacrylate‐co‐methacrylic acid (PMMA‐co‐MAA) was utilized for surface
improvement of silica to be used as reinforcement in self‐healing natural rubber based on …

As rubber materials are used for damping, clarifying the relationship between the loss factor
and microstructure would help develop high-performance damping materials. Although …

This study aimed to improve the mechanical properties of a composite material consisting of
waste leather fibers (LF) and nitrile rubber (NBR) by partially replacing LF with waste …

Natural fibers exhibit noticeable variations in their cross-sections, and measurements
assuming a circular cross-section can lead to errors in the values of their properties …

An upper division experimental method to determine the configurational entropy change
using an approximated Maxwell relation for short fiber reinforced polymers is presented …

This research work is devoted to the development of an RVE-based nite element analysis of
short carbon ber (SCF) reinforced rubber composites under uniaxial tensile loads by a novel …

The technique of enhancing the functionality of polymeric materials through compositing
microparticles is commonly utilized. For instance, studies have been conducted to …

抄録 To understand the mechanical properties of polymeric materials such as rubber, it is
useful to observe the internal deformation state that occurs during deformation. Therefore …