Various strengths of carbon–carbon composites (C/Cs) are comprehensively reviewed. The
topics reviewed include tensile, shear, compressive, and fatigue strength as well as …

This paper studies the fatigue behavior of basalt fiber reinforced epoxy polymer (BFRP)
composites and reveals the degradation mechanism of BFRP under different stress levels of …

Carbon-carbon composites are advanced materials known for their high strength, high-
temperature stability, and superior thermal conductivity. Mechanical properties such as …

Lightweight composites with excellent thermal shock performance exhibit significant
potential for thermal structural components. Herein, HfC nanowires modified carbon/carbon …

The tensile fatigue behavior of unidirectional carbon fiber-reinforced thermoplastic and
thermosetting laminates was examined at room temperature. Tension-tension cyclic fatigue …

In general, flexural loads result in more complicated and uneven stress distributions in
specimens, compared to axial loading. This study reports the influence of flexural fatigue …

Fatigue strengthening of composites refers to the increase of residual strength after a
specific number of loading cycles. This eccentric behavior widely exists in carbon/carbon …

Abstract 3D braided composites are widely used in many areas due to their unique
properties of high designability, excellent damage tolerance and integrality. Longitudinal …

The primary goal of this research was to study the flexural fatigue behavior and
enhancement of residual strength in 2D cross-ply carbon-fiber-reinforced carbon (C/C) …

The requirements for higher mechanical properties at high temperatures from Air Force and
NASA research programs resulted in the reinforcement of carbon and the development of …