Sentence examples for material satisfying from inspiring English sources

The Si/Al ratio, Zr, and Ti demonstrated that the Cox Bay Podzols developed from the same parental material, satisfying the requirements of a chronosequence.

The approach developed here paves the way for rational design and assembly of GA/PVA composites as a lightweight, tunable and high-performance dielectric material, satisfying various requirements for emerging applications.

The equilibrium of the fracture is sustained by a balance between the pressure of fluid within the fracture and the confining stress due to elasticity of nearby poroelastic material satisfying the Biot model assumptions.

Normally, designer or user can make a decision to select one of this two by comparing the cost or carrying out the additional evaluation like life cycle analysis and finally an optimal repair material satisfying the chemical and physical requirements is able to be selected by a rational and clear evaluation method.

First, we compare the effective moduli of the stiffest possible (or softest possible) of such materials which satisfy transverse isotropy or square isotropy with that of materials satisfying 3D-isotropy.

A new SUPG-stabilized formulation for Lagrangian hydrodynamics of materials satisfying Mie Grüneisen equation of state is proposed.

The approach developed her open the way of rational design and assembly of lead free nanocomposite as flexible, light and high performance smart materials, satisfying various requirements for emerging applications.

A new SUPG-stabilized formulation for Lagrangian Hydrodynamics of materials satisfying the Mie Grüneisen equation of state was presented in the first paper of the series [G. Scovazzi, M.A. Christon, T.J.R. Hughes, J.N. Shadid, Stabilized shock hydrodynamics: I. A Lagrangian method, Comput. Methods Appl. Mech. Engrg., in press, doi 10.1016/j.cma.2006.08.008].

This chapter presents a generalized framework for developing three-dimensional-upper-bound solutions for materials satisfying Tresca's failure criterion, ensuring admissibility in respect of zero volumetric strains and adopting local orthogonal coordinate systems aligned with the streamlines of the velocity field.

However, the materials satisfying these three conditions are not found at present.

Recently, different complex lightweight structures are designed to save printing material, while satisfying specific demands on physical and geometrical properties.