Airplanes are inevitably subjected to various impact loading conditions in the event of
emergency landing. An airplane crash scenario is a complex nonlinear impact event which …

Crashworthiness of aeronautical composite structures can be effectively regulated and
controlled by fiber hybridization design, because the structural failure modes are highly …

A high-fidelity finite element (FE) model based on integrated discrete and continuum
damage modeling techniques was developed to predict damage modes, locations, sizes …

This paper investigates the crashworthiness performance of square pipes with induced
holes. Glass reinforced epoxy (GFRP) specimens were fabricated and tested under quasi …

Carbon-fiber composite (CFRP) patching has been widely used to strengthen the open-hole
structure, but limited by low adhesive bonding properties. Thus, micro/nanofillers-modified …

As a kind of lightweight structure with great economic benefits, metal/composite hybrid
structure is raising rapidly among automobile safety components due to its excellent anti …

The CFRP‐Al hybrid thin‐walled structure combines the dual advantages of carbon fiber
reinforced plastics (CFRP) and metal, which is one of the crucial methods for both …

In this study the energy absorption of elastomeric foam-filled aluminum honeycomb under
quasi-static compression loading and low velocity impact was experimentally investigated …

The cross-sectional configuration is one of the factors influencing the energy absorption
performance of composite tubes under axial compression. Flat sides and corners are basic …

The CFRP thin-walled square beam filled with aluminum honeycomb is a new outstanding
energy absorption component. In this paper, the failure modes and energy absorption …