Sentence examples for deflection rotation from inspiring English sources

A detailed derivation is elaborated to obtain the local stiffness matrix for a composite beam element, while the higher-order interpolation functions are adopted for the displacement fields (deflection, rotation, and interlayer slip).

The axial deformation functions for flange and web of the frames are considered to be cubic and quadratic functions respectively; developing their stress relations and minimizing the total potential energy of the structure with respect to the lateral deflection, rotation of the plane section, and unknown coefficients of shear lag, the mathematical model is developed.

Specimen At the Point A At the Point B Deflection Support rotation Comparison to criteria Support rotation Comparison to criteria BC 17.18° NG 37.56° NG Failed BC-F 2.81° NG 17.24° NG Failed BC-D 0.99° OK 9.91° NG Controlled BC-F-S 1.15° OK 2.76° NG Controlled BC-A 0.55° OK 2.15° NG Controlled Table 8 Maximum stress and strain in reinforcements.

Open image in new window Fig. 5 Wire potentiometers for the deflection and rotation measurements.

Analysis results included failure shape, deflection, support rotation, and stress in reinforcement.

Analysis results mainly focused on failure shape, beam deflection, support rotation, Stress and strain in the reinforcements, and so on.

We show that the deflection during rotation is directly proportional to the sample viscosity.

With these boundary values, the exact deflection and rotation can also be found at arbitrary interior points.

Expressions for the large- and small-scale deflection and rotation are obtained and a non-linear load-deflection relation is given.

d Close approximations of beam deflection and rotation at support by three equivalent rectangular curvature blocks to those by linearly varying curvatures.

However, for the limit states referred to maximum deck deflection and rotation, the probabilities of failure crossed limiting values suggested in Eurocodes.