Sentence examples for transverse actions from inspiring English sources

The proposed approach is capable of handling different loading conditions, such as constant uniformly distributed loads, envelopes of transverse actions due to traffic loads, support settlements and concrete shrinkage.

The slab in which the line load was located adjacent to the cutout exhibited transverse bending action and as a result was able to withstand more extensive de-bonding prior to loss of load-carrying enhancement from the FRP.

Generally, owing to the lack of axial restraint in the transverse beam, arching actions could not develop.

The cantilever self-weight and passing-by moving loads thus make the studs under biaxial load action consisting of longitudinal shear force and transverse bending-induced action.

In addition, different from CFST columns under central or eccentric axial compression, CFST arches are subjected to significant nonlinear bending actions and transverse deformations prior to buckling and these will influence the strength of CFST arches greatly.

The nonlinear static and dynamic behaviors for the elasto-plastic laminated plates under the action of transverse loads are analyzed.

This destruction is caused primarily by splaying action under transverse stretching as evidenced by the decrease of crystallite sizes in MD.

By some as-yet-unknown mechanism, the change in the electrical properties of the transverse tubules during an action potential causes the rapid release by the terminal cisternae of relatively large amounts of calcium ions into the sarcoplasm.

The source of the achieved ductility of PBL was mainly determined by the action of transverse rebars, and the ductility in the specimens having transverse rebars was about eleven times the ductility of similar specimens without the rebars.

Qian et al. (2014) investigated the contribution of secondary load-carrying mechanism, including transverse beams and membrane action of the slabs in RC assemblies.

The main resistance mechanism in the transverse beam is flexural action, whereas resistance in the main beams is based on different mechanisms, such as flexural, arching and catenary actions during the different steps of analysis.