Sentence examples for capacity of a material from inspiring English sources

Ductility, Capacity of a material to deform permanently (e.g., stretch, bend, or spread) in response to stress.

The concept of rheidity refers to the capacity of a material to flow, arbitrarily defined as the time required with a shear stress applied for the viscous strain to be 1,000 times greater than the elastic strain.

Since the heat capacity of a material is closely related to its structure, the morphological characterization of the nanofluids prepared was useful in order to characterize the distribution of the nanoparticles in the nanofluid after the calorimetric analysis.

After all, resilience is the capacity of a material, or in our case of an object, to absorb a shock without breaking, perhaps deforming but then rebounding to its previous state or condition.

Ductile behaviour, however, defined simply as the capacity of a material to deform to a substantial strain without the tendency to localise the flow into faults (Rutter 1986), can be the result of a variety of microstructural deformation mechanisms, including microcracking (in the case of cataclastic flow); the description of ductility holds no mechanistic connotation (Rutter 1986).

During such transitions, the heat capacity of a material--the amount of heat required to raise the temperature of the stuff--increases dramatically.

The storage capacity or capacitance of a material could be enhanced significantly by replacing univalent ion with multivalent ion in the energy storage field.

The specific heat (heat capacity, Cp) of a material can be determined quantitatively using DSC.

Permeability, capacity of a porous material for transmitting a fluid; it is expressed as the velocity with which a fluid of specified viscosity, under the influence of a given pressure, passes through a sample having a certain cross section and thickness.

The analysis focuses on the estimation of the density of adsorbed CO2, a parameter that is key to quantify the storage capacity of a given material.

In this way, the hydrogen storage capacity of a novel material model can be estimated by using few density functional theory (DFT) calculations with the aid of a continuum model.