Nonlinear finite element analysis is widely used for structural optimization of the design and
the reliability analysis of complex elastomeric components. However, high-precision …

A simplified tire finite element model modeling and simulation method with high efficiency
and accuracy is proposed to address the issues of poor efficiency and low accuracy in tire …

Based on nonlinear viscoelastic theory and coupled thermo-mechanical approach, heat
build-up analysis of a rubber specimen under cyclic loading was performed through finite …

As a viscohyperelastic material, filled rubber is widely used as a damping element in
mechanical engineering and vehicle engineering. Academic and industrial researchers …

The achievement of low rolling resistance and long-term durability of tires on various
vehicles is of great challenge. Tire performances heavily depend on rubber properties; …

In this paper, we present time-dependent or dynamic behavior of a new flexible sandwich
structure that could be employed in morphing aircrafts with the capability to adapt their …

We discuss the development of a method for the determination of the material properties of
rubber and rubberlike materials within the context of a novel constitutive framework that has …

Hyperelastic materials like gels and rubbers have numerous applications in daily life and
industrial production. However, most traditional contact models for rough solids do not …

Rubber materials are extensively utilized for vibration mitigation. Creep is one of the most
important physical properties in rubber engineering applications, which may induce failure …

Rubber material is widely used in railway vehicles due to its superior damping performance.
The testing methods, fatigue, and aging theories of rubber materials are of great significance …