Sentence examples for behavior of the foam from inspiring English sources

Through the numerical simulation, the compressive behavior of the foam core hemispherical shells with different sizes was obtained under three different low-temperature loading situations.

The phase transition between these two phases is through the change of the volume fraction of each phase and it captures the thermomechanical behavior of the foam.

The quasi-static and dynamic stress strain behavior of the foam under confinement exhibited an elastic plastic-like relastic plastic-likelastic–bresponseehavior whereaserved under unianial strelastic brittleditions.

The numerical simulations of the mechanical behavior of the foam in compression were in agreement with the experimental results of the elastic modulus and of the stress at the onset of instability, which was triggered by the localization of damage in a section of the microstructure by the elasto-plastic buckling of the struts.

This indicates that the correlation was excellent and the models accurately describe the rheological behavior of the foam systems under investigation.

This made the load displacement behavior of the foam-filled GFRP deck less brittle.

Investigated was the fatigue behavior of the foam-filled GFRP bridge deck in the transverse direction which is an intermediate type between the modular type deck and the sandwich type.

The difference in pore architecture resulted in different compressive behavior of the foams.

The pore size distribution, the phase behavior, and the in vitro swelling behavior of the foams were characterized.

In order to describe the tensile behavior of the foams, a constitutive equation obtained from a viscoelastic model was proposed.

LiCl is shown to alter the solid-state phase separation behavior of the foams and the plaques in a similar manner.