Sentence examples for hinges under the from inspiring English sources

This can be done in terms of the ductility and hysteretic energy demands for each of the anticipated plastic hinges under the anticipated ground motions.

Basically the larger the span-to-depth ratio, the better the progressive collapse resistance if the beams have been similarly optimised against plastic hinging under the design floor load.

This article explains how the progressive collapse resistance of various types of steel double-span assemblies can be clearly compared against each other with respect to their development of the catenary mechanism, independently of the optimisation extent of the beam section against plastic hinging under the design floor load.

The M665R mutation greatly reduced the amount of Smc1 that binds the Smc3 hinge under these conditions.

Previous research showed that steel moment-resisting frames (MRFs) with viscous dampers may experience column plastic hinges under strong earthquakes and highlighted the need to further assess the efficiency of capacity design rules.

However for the beam where the hinge formed under the load points, observed moment redistribution was significantly less than codes predictions.

Material yielding is typically modeled either by plastic zone or plastic hinge methods under the context of geometric and material nonlinear finite element methods.

However, the presence of prestressing tendons and shear-deformable corrugated steel webs with negligible axial stiffness complicates the formation of plastic hinges under applied loading to failure.

Open image in new window Fig. 19 Sequence of performed plastic hinges under Tabas ground motion by considering geometric nonlinearity for six & fifteen stories RC frames, a flexural frames, b x-braced frames, c ODBS braced frames consisting and d all stories ODBS braced frame.

It's not covered with any flap, or does it have a SIM tray, but it does't need it, given that the transforming modes will keep it covered by the hinge under most circumstances.

General compliance and stiffness matrices are formulated for the virtual hinge under in-plane and out-of-plane loads by combining the transformed compliances of the individual hinge segments.