Sentence examples for displacement analysis and from inspiring English sources

KMCLib can keep track of individual particle movements and includes tools for mean square displacement analysis, and is therefore particularly well suited for studying diffusion processes at surfaces and in solids.

Developments are described in the following areas: specification of design ground motions, dynamic response analysis, evaluation of liquefaction potential, evaluation of residual strength of liquefied soil, post-liquefaction displacement analysis, and seismic risk analysis.

In present work, limit loads for pipe bends under combined internal pressure and out-of-plane bending moment have been investigated systematically via finite element simulation based on both small displacement analysis and large displacement analysis.

To validate the analysis, comparisons of frequency parameters with those from exact three-dimensional linear elasticity analysis, Flügge theory, higher order displacement analysis and shear deformation theory in the literature are made; very good agreement is achieved by using the present method with results available in the literature.

In the present work the deformation pattern and force displacement relationship in the surface tensile test were experimentally investigated using surface displacement analysis (SDA) and numerically simulated using finite element modelling.

The elastic large displacement analysis theory and the plastic node method have been combined in order to describe the effects of large deformation, plasticity, and strain hardening of the beam-column members.

Several numerical assessments are proposed, including post-buckling of symmetric cross-ply beams and large displacement analysis of asymmetric laminates under flexural and compression loadings.

The method could be applied to control engineering and other projects with highly accurate demand on stress and displacement analysis such as the design of micro-mechanical apparatuses.

Finally, the stress and displacement analysis is carried out with commercial finite element software.

It is the first time that an analytical solution rather than the data-dependent finite element method is proposed for stress and displacement analysis of multilayer rectangular plates with arbitrary shapes of interfacial bond damages, including the discontinuity in the transverse displacements of the successive layers.

Two numerical approaches, eigenbuckling analysis and nonlinear large displacement analysis, are conducted to predict the axial response of retrofitted sections; these are validated experimentally.