Regulatable and customized mechanical properties of aeronautical composites, eg,
stiffness, strength, elongation, energy-absorption (EA), etc., can be flexibly obtained with …

The hybrid fiber design concept is widely used in the aerospace industry to improve the
mechanical properties (stiffness, strength, elongation, energy absorption ability) of …

Fiber hybridization can effectively modulate and control the failure modes of composite
structures, thereby altering the mechanical properties. However, the understanding of …

The damages and imperfections in the drilled holes might cause excessive strains on the
rivet and lead to assembly failure. One of the most common forms of damage in machined …

Hybrid fiber reinforced polymer composites have attracted widespread attention because
they can fully utilize the advantages of two different types of fibers. To produce fiber …

In this paper, the impact and compression after impact (CAI) performance of conventional
woven carbon fibre reinforced polymer (CFRP) composite and a new co-woven carbon …

Self-piercing riveting (SPR) is an effective method to join dissimilar materials, such as
composite and aluminum alloy. In this paper, the dynamic loading response and the impact …

This study investigated the high‐velocity impact behavior of composite plates with different
hybrid ratios and structural configurations through experimental and numerical simulation …

Residual compressive strength after impact is a critical design factor in assessing damage
tolerance of carbon fibre-reinforced polymers (CFRP) for structural applications in aircraft …

This paper investigated the effect of CNF (carbon nanofibre)/Z-pin multi-scale synergistic
reinforcement on improving the impact damage resistance of carbon fiber-reinforced …