This contribution gives some explanations on the behavior of such loaded structures; in particular, the case of combined loads as internal pressure and bending, or pressure, bending and shear is investigated.
Compression-dominant combined loads and pure compressive loads were applied in different sequences to induce non-proportional combined loads.
Finally, specimens crushed under non-proportional combined loads show developments of different stacking patterns of folds in different loading regions of the non-proportional combined loads.
In Anaheim, Calif., home of the Angels, about 20 of 60 hawkers carry combined loads of popcorn, peanuts and Cracker Jack.
The mechanical properties of the connection under axial load, combined loads and cycling load are presented.
The novelty of present work is to achieve closed-form solutions for critical combined loads.
In addition, the experimental results indicate that the non-normality plastic flow behavior of honeycomb specimens under non-proportional combined loads is consistent with that under proportional combined loads.
The experimental results also indicate that the sequence of loading paths for the non-proportional combined loads does not affect the crush strengths when compared with those obtained under proportional combined loads.
Special test specimens that capture tensile, compressive and shear strengths, as single or combined loads, were designed, manufactured and tested.
These experimental observations are useful to develop microscopic plasticity models of aluminum honeycombs under compression dominant combined loads.
These combined loads can be pressure, axial force, bending moment and torsion, depending on application of cross section.
