Sentence examples for central displacement from inspiring English sources

The predicted time-history of transverse central displacement, velocity and acceleration are found in satisfactory correlations with those from the experiments.

Due to smaller contact force generated for the case of using elasto-plastic contact, the central displacement of the plate is also less than the one using Hertzian contact law.

The linearized version of the contact law was then used to derive the closed-form approximations of the contact force, indentation and plate central displacement for the impact loading of composite laminates.

The effects of magnitude and duration of loading, rotary inertia, in-plane, inertia, b/a, a/h, lamination scheme and boundary conditions on the central displacement response are studied.

Moreover, the induced permanent residual strains of the surface bonded metal-coated FBG sensors increased with an increase of two parameters (i.e., the central displacement of indentor and the total energy).

Small bowel obstruction due to IH tends to present much longer after surgery, and a collection of dilated small-bowel loops lying adjacent to the abdominal wall, without overlying omental fat and with central displacement of the adjacent colon, associated with crowding, distortion, and engorgement of mesenteric vessels, is seen on CT [7].

As an introductory example consider the controlled design of the simply supported, 4 × 4 isotropic, regular, twistless, flexural grillage of Fig. 1a under uniform distribution of normal nodal forces P, such that its maximum central displacements do not exceed L/360 at first yield and L/240 at incipient collapse.

A finite element analysis code is used to simulate the deforming behavior such as the buckling strength and central panel displacement of the end shell under internal pressure.

As the flexibilities of the elastic horizontal supports of an arch increase, the buckling load of the arch decreases, and the central radial displacement increases.

Central cation displacement provides a much larger contribution to polarization and the electric dipole moment in orthorhombic phase is much larger than that in tetragonal phase.

By systematically building up from a simple linear to a three-term damping model, comparison between measurement and prediction, via the calibrated model, shows excellent agreement for probability density functions associated with the central beam displacement up to a normalized non-linear beam amplitude ratio=7·0.