Sentence examples for interior stress from inspiring English sources

A linearly distributed eigenstrain is attempted in the first example, resulting in a linear interior stress field.

Under a constrained state, the permeability decreases over temperature because of the interaction between thermal stress and interior stress inside coal body.

The analytical expression of the interior stress tensor for the problem of a plastic strain in the inclusion that varies as a power law with a general even exponent is given.

There are two main categories of reactions in hygrothermal aging: the first one is the post curing process, which leads to a larger crosslinking density and a reduced interior stress; while the other is the plasticization and deterioration of epoxy resin attributed to moisture ingress.

Results from the generic FE simulations are presented in Figs. 2, 3 and 4. Plane strain was a good approximation of the interior stress state according to the evaluated parameters (Figs. 2 b c, 3 b c and 4 b c), but the surface stress, in terms of pressure and triaxiality, was not comparable to the stress in the bulk material (Figs. 2 a b and 5 a b).

A gap in the conventional energy-based derivations of 2D engineering plate theories founded on interior kinematics is that the edge work due to the interior stresses is not properly accounted for.

We carry out a variational interior formulation of the Levinson plate theory and take into account, as a novel contribution, the virtual work due to the interior stresses along the plate edges.

The key feature of the formulated interior plate problem is that the interior stresses of the plate act as surface tractions on the lateral plate edges and contribute to the total potential energy of the plate.

The central, non-standard feature of the interior solution, and the finite element based on it, is that the interior stresses of the plate act as surface tractions on the plate edges and contribute to the total potential energy of the plate.

The interior threshold stress intensity factor range, ΔKint-th, evaluated by the size of inclusion, and the stress intensity factor ranges at the front of FGA and fish-eye, ΔKFGA and ΔKfish-eye, are regarded as the threshold value controlling interior crack propagation in these three stages, not the constant and tending to increase with the increase of respective size.

This may be due to the increased interior film stress resulting from the phase transformation of a- to nc-Si QDs.