Sentence examples for evolution of a composite from inspiring English sources

By characterizing and modeling the quasi-static and cyclic behavior of the pure polymer matrix, the transverse crack initiation and evolution of a composite under fatigue loading can be studied on a micromechanical level.

This basic research investigates the microstructure evolution of a composite based on ZrB2-MoSi2 from the as-sintered features to the changes occurring upon oxidation at ultra-high temperatures, 1650 and 1800 °C, in a bottom-up loading furnace for 15 min.

This paper presents the design evolution process of a composite leaf spring for freight rail applications.

In this study, the potency of using laboratory produced metakaolin as partial replacement of cement in the evolution of a hybrid cementitious composites (HCC) was investigated.

The microstructural evolution of the composite was studied as a function of heat treatment duration at 1100, 1200, 1300 and 1400 °C.

We show the evolution of such composite thrust sequences as a function of frictional strength (μb) at the basal detachment and thickness ratio (Tr) between the weak and strong layers.

Results have been presented of measurements of the charge transfer coefficient of the oxygen evolution reaction on a composite electrode.

On the basis of morphological characterization, the effects of the composition ratio-dependent structural evolution of the composite separators on the electrochemical performance of cells are investigated.

This out-of-plane dynamic impact load easily leads to a dramatic increase of the strain state in the material transverse plane, which can affect the dynamic stress state and damage evolution of the composite laminate, especially for LVI with a relatively high energy.

Damage evolution of notched composite laminates is analysed in this work using a discrete damage model, which estimates matrix damage evolution and fibre failure.

Journal of Engineering Mechanics-ASCE, in press, doi 10.1061/(ASCE)EM.1943.7889.0000039.], incorporating a multi-level damage model and a continuum damage model, the overall elastic behavior and damage evolution of laminated composite structures are studied in detail.