Sentence examples for behavior of a unidirectional from inspiring English sources

Results are presented from an experimental study for the modeling of stochastic behavior of a unidirectional Glass/Polyester composite.

Numerical models using Abaqus™ are developed in order to predict the mechanical behavior of a unidirectional composite (E-glass fibers/epoxy) under monotonic transverse traction.

The purpose is to eliminate testing of each desired lay-up, by modifying CLT to predict the behavior of a multidirectional laminate based solely on the behavior of a unidirectional sample of the same material system.

A new simple model for predicting the uniaxial stress strain behavior of a unidirectional ceramic matrix composite, including stochastic matrix crack evolution, stochastic fiber damage and ultimate failure, is presented.

The effects of the inelastic deformation of the matrix on the overall hysteretic behavior of a unidirectional titanium nickel shape-memory alloy (TiNi-SMA) fiber composite and on the local pseudoelastic response of the embedded SMA fibers are studied under the isothermal loading and unloading condition.

Based on a Finite Elements Analysis homogenization technique which uses a Representative Volume Element with a random distribution of the fibers, this article presents the adequate characteristics to obtain a mesoscopic model which predicts the mechanical behavior of a unidirectional glass fiber-reinforced polymer composite under monotonic transverse traction.

First, this paper presents some experiments conducted to identify the behavior of a stack of unidirectional discontinuous viscous prepregs subjected to through-thickness compression.

In other words, memory functions do not 'cause' teaching behaviors in the sense of a unidirectional notion of causality, but they are instead an integral feature of behavior that includes individuals' navigation of their sociocultural and organizational milieu (Greeno [1998]; Martin [2011]).

In this work a numerical methodology to predict the behavior of composite unidirectional laminates under high velocity impact is developed.

This work examines the effects of manufacturing induced voids on the postbuckling behavior of delaminated unidirectional composites.

Effects of stress ratio on the off-axis fatigue behavior of the unidirectional fiber-metal hybrid GFRP/Al laminate (GLARE-2) at room temperature are studied.