Sentence examples for models for composite from inspiring English sources

This paper describes recent advances that led to the development of ISO 10303-209 data models for composite structural shape and composition.

This paper firstly presents the development of two theoretical models for composite beams.

Asymptotic homogenization models for composite plates reinforced with orthotropic bars are developed and the effective elastic coefficients are obtained.

The crack propagation affected by fibers' length and orientation is quantitatively characterized and is described by micromechanics models for composite materials.

A systematic procedure was proposed to quantitatively investigate structural failure by calculating the extreme wind loads and re-constructing structural models for composite blades and steel towers.

In contrast to the published size-dependent models for composite laminated plates, present model a priori satisfies the continuity conditions of transverse shear stresses (TSSs) at the interfaces.

They thus constitute convenient materials for assessing continuum plasticity models for composites.

The standard thermal conductivity models for composites, such as the Maxwell model and the Hamilton-Crosser model, and the weakness of these models in predicting the thermal conductivities of nanofluids led to the proposition of various new mechanisms.

The model of the textile geometry serves as a base for meso-mechanical and permeability models for composites, which provide therefore simulation tools for analysis of composite processing and properties.

The model also illustrates the validity of the proposed model for composite thermo-poro-elasticity.

Based on new modified couple stress theory a model for composite laminated Reddy plate is developed in first time.