Sentence examples for fundamental plane from inspiring English sources

Although four different formulations are developed, the two basic theories of plane strain and plane stress represent the fundamental plane problem in elasticity.

Although four different formulations will be developed, the two basic theories of plane strain and plane stress represent the fundamental plane problem in elasticity.

The ecliptic forms one of the two fundamental planes used as reference for positions on the celestial sphere, the other being the celestial equator.

Of the two fundamental planes, the ecliptic is closer to unmoving against the background stars, its motion due to planetary precession being roughly 1/100 that of the celestial equator.

The chapter deals with the perturbations in the fundamental in-plane and cross-track frequencies due to J2.

This paper uses a mechanics based model (MBM) to present the fundamental in-plane shear force shear strain (V γ) response of SC walls.

The influence of the beam geometry on the quality factor and resonance frequency of resonant silicon cantilever beams vibrating in their fundamental in-plane flexural mode in water has been investigated.

A rather comprehensive set of plate cases with various skew angles, aspect ratios, and boundary conditions is presented, with the aim of both showing the rate of convergence and degree of accuracy of the adopted method and providing useful design guidelines related to the effect of the plate geometrical parameters on the fundamental in-plane frequency value.

Fundamental equations of plane axisymmetrical electromagnetic, temperature, and elastic fields are formulated.

Unlike conventional review sites, which are broken on a fundamental "what's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1 's-the-difference-between-an-8.0-and-an-8.1

As an effective filler, the fundamental properties (in-plane Young's modulus EL1, out-of-plane Young's modulus EL2; shear modulus GL12, major Poisson's ratio νL12) of the layered graphene were computed by using the Arridge's lamellar model.