Sentence examples for displacement shape from inspiring English sources

Distinct plate displacement shape functions were defined for the regions underneath and outside the active electrodes.

The procedure can either analyze mode shape data, or frequency dependent operating displacement shape data.

Each subdomain is assigned with appropriate polynomial-based displacement shape function.

Derivation of the equations for finite element formulation for thick plate theory uses fourth-order displacement shape functions.

For this purpose, exact displacement shape functions are solved from the differential equilibrium equation, by using arbitrary boundary conditions.

A new plate buckled displacement shape function is proposed, and the approximate solution is obtained by the Rayleigh Ritz method.

However, conservative results may be obtained with the N2 method, by taking the envelope of pushover analyses carried out using the force distributions proportional to the uniform and linear displacement shapes along the height of the building.

For each value of the vibration amplitude considered, the corresponding contributions of the basic functions defining the non-linear transverse and circumferential displacement shapes are given, with the corresponding non-linear frequencies.

The analysis method explicitly accounts for periodicity properties of the given structural situation as well as for stiffener plate interaction and is based on adequate displacement shapes for both the plate as well as the stiffeners in the form of simple polynomials and trigonometric functions.

The aim is to find out the accuracy of each model concerning the predictions of displacements, shape formings, spread of plastic zones and evolutions of inner bending moments.

To achieve this objective, to the strain fields based on the displacements shape functions of the conventional displacement based element (cDBE) corrective fields are added, which are determined at the element level by the principle of virtual forces.