The interfacial failure criterion under combined stress state in a glass fiber/epoxy composite
is investigated by the cruciform specimen method. Experiments were conducted by using …

Characterization of fiber/matrix interface is essential for the understanding of long-term
properties of fiber reinforced composite materials. In this research, time and temperature …

To quantify carbon fiber-reinforced plastic (CFRP) fatigue, herein, we investigate the
relationship between fatigue and an epoxy resin used in CFRPs. Generally, fatigue is …

Simultaneous fiber-failure (SFF) model that determines tensile strengths for various systems
of unidirectional composites comprehensively is presented. The SFF derives the strength of …

In the present study, the temperature-dependence of fiber/matrix interfacial strength is
discussed through temperature-controlled microbond testing and its numerical simulation …

This paper presents an evaluation method for the fiber/matrix interfacial strength. The
interfacial strength is determined by comparing experimental data with numerical …

In this paper phenomenological observations of the creep rupture under maintained
combined traction and torsion loading are first presented. They show the importance of the …

We performed a numerical simulation of a time-dependent interfacial failure accompanied
by a fiber failure, and examined their evolution under shear and compressive loads in single …

The applicability of a macroscopic time-temperature superposition principle (TTSP) to
unidirectional composite strength is discussed based on the microscopic Simultaneous …

This paper describes time-dependent fiber/matrix interfacial strength of carbon fiber
reinforced polymeric composite. The time-dependent interfacial strength is extracted from …