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Abstract
The effect of cell shape and size and panel thickness on the strength of honeycomb materials is studied. Three types (shapes) of core cells are investigated: 1) regular (symmetric) hexahedral; 2) hexahedral offset by one-half pitch; 3) reinforced hexahedral. It is found that the strength of the investigated types of core increases in the following order; 1) cores with hexahedral cells offset by one-half pitch; 2) cores with regular hexahedral cells, and 3) cores with reinforced hexahedral cells. It is shown that cores with reinforced cells obey all the laws characteristic of other cores. It is confirmed that the facing strengthens the core material.
Published Version
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