Sentence examples for material property evolution from inspiring English sources

Material property evolution during processing is governed by the evolution of the underlying microstructure.

In this paper, experiments and theoretical modeling are used to investigate the free-radical photopolymerization reaction kinetics, material property evolution and mechanics during the photopolymerization process.

The chapter ends with examples of how fundamental understanding of gas flow, heat transfer, and material property evolution can be used in the context of a process model to optimize processes with respect to the thermal response.

Then, activated elements and their associated geometry are analyzed first thermally for heat flow due to radiation, convection, and conduction, and then mechanically for the resulting stresses, displacements, and material property evolution.

In this paper, we propose a durability simulation method that combines LRFD and a material property evolution scheme to predict the future reliability of a FRP structure and allows one to rationally select reduction factors given a preselected probability of survival.

As combinations of different labile chemistries are utilized, integration and expansion of these models will aid in material design and correlating property evolution with biological functions, such as the cleavage of multiple variants of photolabile o-nitrobenzyl ether groups for selective cell release.

The numerical results show the capability of the developed model to predict the variation of damage evolution and material property degradation in a triaxially braided carbon fiber polymer matrix component.

The INNOGRAPH irradiations supplied an adequate number of irradiated samples to enable accurate determination of material properties and their evolution under irradiation.

Kumar et al. (2013a) and Oey et al. (2013) estimated the influence of limestone fillers on reaction and property evolution in cementitious materials with simple methods, and it is concluded that the limestone fillers have accelerations in reactions.

Cure and property evolution of thermoset composite materials are discussed including polymerization, cure kinetics, glass transition temperature, liquid, rubbery and glassy behavior of the material, as well as material modeling and process simulation.

In this work, a damaged RC building has been intensively investigated in terms of materials property and stiffness evolution in order to interpreting the structural and nonstructural surveyed damage.