Periodic cellular metals with honeycomb and corrugated topologies are widely used for the
cores of light weight sandwich panel structures. Honeycombs have closed cell pores and …

Wire-woven metals are a type of cellular metal composed of uniform 3D truss-like cells, and
fabricated using wires as the raw material. Wire-woven metals are practically the most …

Open cell, lattice truss structures have been made by folding perforated 6061 aluminium
alloy sheets. Simple air brazing is used to construct sandwich panels with cellular core …

Cellular metal lattice truss structures are being investigated for use as multifunctional load
supporting structures where their other functionalities include thermal management …

Corrugated and diamond lattice materials have been manufactured as the cores of
sandwich panels by slotting together stainless steel sheets and then brazing together the …

A new method for fabricating carbon fiber composite pyramidal truss cores was developed
based on the molding hot-press technique. In this method, all the continuous fibers of …

The quasi-static and dynamic compressive behavior of pyramidal truss cores made of 304
stainless steel were investigated using a combination of experimental techniques. Quasi …

The dynamic response of monolithic and sandwich beams made from stainless steel is
determined by loading the end-clamped beams at mid-span with metal foam projectiles. The …

Cellular metals with stochastic, 2D or 3D periodic microstructures can sustain large plastic
deformation at almost constant stress. Due to such excellent energy absorption capability …

The dynamic response of clamped circular monolithic and sandwich plates of equal areal
mass and thickness has been measured by loading the plates at mid-span with metal foam …