Sentence examples for spherical cavity from inspiring English sources

Explicit formulae are derived for an elliptical hole and for a spherical cavity.

The boundary effect on electrophoresis is investigated by considering a spherical particle at an arbitrary position in a spherical cavity.

This paper presents a unified theory for both cylindrical and spherical cavity expansion problems in cohesive-frictional micromorphic media.

At the micro-scale level, an elastic-plastic spherical domain is considered with a single concetrical spherical cavity.

The average spherical cavity size in PTMSP is 11.2 Å whereas it is only 8.2 Å in TFE/BDD.

The self-similar elastoplastic field induced by dynamic expansion of a pressurized spherical cavity is investigated for pressure sensitive solids.

Application to a spherical cavity shows that these boundary conditions allow computation of frequencies with second-order error for sufficiently small fDM.

Spherical cavity model based on the concepts of mechanics of compressible porous media of Galanov was used to analyze the relation of target resistance and static mechanical properties.

A finite element code with COMU elements is coupled with analytical forcing functions based on the dynamic expansion of a spherical cavity to represent the target.

For the spherical cavity problem of a clay medium, the LTNE effect may become significant depending on the boundary conditions employed in the classical theory.

A finite dynamic spherical cavity-expansion approximation model with radially elastic confinement is proposed to analyze the confinement on concrete targets and predict the depth of penetration (DOP), taking steel-tube-confined concrete (STCC) targets normally penetrated by rigid projectiles as an example.