The rapid progress of advanced manufacturing, multidisciplinary integration and artificial
intelligence has ushered in a new era of technological development in the design of …

New and innovative lightweight materials are the key demands of the automotive and
aerospace industry. Exceptional energy absorption properties can be obtained from designs …

Designing lattice structures with tunable mechanical behavior for multi-functional
applications is of great significance. However, the inverse design of lattice structure for the …

The worldwide annual consumption of metal beverage cans is enormous. Reusing these
discarded empty beverage cans (EBCs) as an energy absorber for kinetic energy absorption …

In the current study, bio-inspired lattice structures are derived from the architecture of the
Euplectella aspergillum (sea sponge). All the lattice structures are fabricated using the fused …

The current work investigates the engineering of strain-rate sensitive and ductile composites
through the combination of stiff, triply-periodic-minimal-surface (TPMS) with soft, rubber-type …

In this work, a new type of energy-absorbing thin-walled tubes with concave angles is
proposed by a unique structural design method to improve the crashworthiness performance …

The present paper tries to introduce the effect of foam-filled on a type of trapezoidal
corrugated core and their structures derived from the related previous studies. The main …

Lattice structures have been widely used in biomedicine, transportation, infrastructure, and
other engineering fields due to their high specific strength, strong energy absorption …

Thin-walled structures are widely used in passive safety systems due to their excellent
lightweight and controllable progressive deformation performance. While designing to …