Sentence examples for conducting bodies from inspiring English sources

An inverse heat conduction method supported by temperature measurements at known locations inside the cylindrical heat conducting bodies has been used to derive time-varying heat transfer coefficients in both concave and convex mold/alloy surfaces (inward and outward solidification, respectively).

The expressions obtained can be adapted to dielectric, leaky dielectric and perfectly conducting bodies subject to either dc or ac forcing fields.

We present a new class of integral equations for the solution of problems of scattering of electromagnetic fields by perfectly conducting bodies.

Since the behavior of a wireless router equipped with multiple devices and antennas can be affected by mutual coupling among several close conducting bodies, numerical and experimental tests are carried out to provide some suggestions for an accurate positioning of the antennas.

Power-frequency electric and magnetic fields induce electric currents in conducting bodies such as living organisms.

In a two-dimensional simulation space, a conducting body representing a spacecraft is immersed in a magnetized plasma.

A three-dimensional problem of monochromatic electromagnetic wave scattering by perfectly conducting body of small thickness is considered.

The model of generalized thermoelasticity proposed by Green and Naghdi, is applied to study the electromagneto thermoelastic interactions in an infinite perfectly conducting body with a spherical cavity.

Although the internal fields are also computed, the surface charge density can be interpolated onto the surface of a higher-resolution model of the conducting body.

In this study the inverse problem of the identification of temperature dependent thermal properties of a heat conducting body is investigated.

The purpose of this chapter is to derive the finite element equations for the determination of temperature distribution within a conducting body.