Sentence examples for displacements are computed from inspiring English sources

The displacements are computed with collision pairs as shown in Figure 9.

Critical displacements are computed for buckled beams with both ends pinned, both ends clamped, or one end clamped and the other end pinned.

Parametric analyses have been done to evaluate the sensitivity of f(a/w) to the Poisson's ratio, specimen thickness (t) and position of the Gauss points where the vertical displacements are computed.

Application of the boundary element technique yields a system of nonlinear Differential Algebraic Equations, which is solved using an efficient time discretization scheme, from which the transverse and axial displacements are computed.

The values of these displacements are computed from the macroscopic strains and applied in an incremental iterative way.

The vertical displacements were computed from the optimum fault slip distribution in Fig. 5a.

System damping and tip displacement are computed and compared with those measured experimentally by using the impulse-frequency response technique.

Using the finite element method and the generalized-α time integration method, the dynamic responses of the contact force and moving mass displacement are computed, and the effects of the hanger modeling and system parameters on the responses are investigated.

Results for the crack tip field intensity factors as well as the stress and electric displacement are computed as functions of the normalized time, the crack size, and crack spacing.

The first few frequencies and modes of displacement are computed for circular and elliptic cavities, which provide a check on our numerics, and results for the displacement of an infinite plate are given for four specific cavity geometries and various boundary conditions.

The displacement is computed in a mortared space, while the pressure is not subjected to any constraints across the interfaces.