-
Sandwich panel anti-explosion performance depends on key material factors
Research synthesis on sandwich panel anti-explosion performance, identifying core properties, interfacial bonding, and multi-factor optimization approaches for lightweight blast-resistant structures.
-
Energy absorption mechanism of aluminum foam sandwich structure against bird impact and its application in impact protection bulkhead inside airplane nose
Aluminum foam sandwich structure with asymmetric panels achieves 30% weight reduction in aircraft nose bulkhead while maintaining bird strike resistance through dual energy absorption mechanisms.
-
Mechanical properties and multi-objective optimization of reinforced re-entrant honeycomb sandwich structures under bending load
Catenary-reinforced re-entrant honeycomb sandwich beams demonstrate enhanced crashworthiness, with 64.9% improvement in load-bearing capacity and 46.9% increase in energy absorption.
