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Failure of cellular foams under multiaxial loading

Composites Part A: Applied Science and Manufacturing, 2002
Abstract A thorough investigation of the mechanical behavior of a closed-cell cellular foam (Divinycell) under multiaxial stress conditions was undertaken. Two types of Divinycell, H100 and H250, with densities of 100 and 250 kg/m3, respectively, were investigated.
E.E Gdoutos, I.M Daniel, K.-A Wang
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Multiaxial Fatigue Under Variable Amplitude Loads

Journal of Engineering Materials and Technology, 1999
Multiaxial fatigue under variable amplitude loading is investigated using Kandil et al.’s parameter, rainflow cycle counting on the shear strain history, and the Miner-Palmgren damage rule. Fatigue data are obtained on tubular specimens of S45C steel under proportional and nonproportional tension-torsion loading.
Kim, KS, Park, JC, Lee, JW
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Damage evolution rule for multiaxial variable loading

1998
The damage accumulated within the material element is associated with the physical plane and predicted by the contact stress or strain rule. For singular stress or strains regimes a nonlocal failure or damage rule is used. The application to both monotonic and variable loading is provided.
Zenon Mróz, Andrzej Seweryn
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OS0706 Development of Multiaxial Fatigue Testing Machines for Various Modes of Multiaxial Loading