Sentence examples for material properties namely from inspiring English sources

To model the momentum exchange with current models presented in the literature, information on the material properties, namely the fuel particle size has to be given.

RTV 655 has demonstrated superiority to other polymers due to its unique range of material properties namely mechanical stability between −115 and 204 °C and UV radiation tolerance.

Material properties namely compressive strength, splitting tensile strength, elastic modulus, stress strain response, mass loss and compressive toughness were measured using unstressed and residual test methods.

Welding of an aluminum plate using three sets of material properties, namely, properties that are functions of temperature, room temperature values, and average values over the entire temperature history in welding, are considered in the simulation.

The generalised formulation of the Theory of Critical Distances (TCD) being proposed calculates the required critical distance from two readily available material properties, namely, the ultimate tensile strength, and the plane strain fracture toughness.

Three reconstructed domains containing the structural information are generated to account for directional and spatial heterogeneity of the material and utilized as numerical domains for calculation of key MPL material properties, namely effective diffusivity, tortuosity, and effective thermal conductivity.

Thus, the governing material property, namely the stress intensity-crack velocity relationship, is necessary input for designing pressurized pipes and vessels and establishing safe operating conditions.

A main goal of this book is to compare two fundamental approaches to describing and predicting materials properties, namely, the continuum mechanics approach and those based on the discrete models.

The magnitudes of the intensity of the stress fields near the crack tips measured by Mode I dynamic stress-intensity factor (dimensionless) are computed and displayed graphically against dimensionless circular frequency for several dimensionless material property values, namely, viscosity-to-permeability and mass density ratios.

The material properties that characterize the interface, namely the shear stiffness, the cohesion and the mode-II fracture energy, are evaluated with the objective of simulating the experimental results obtained from double lap shear tests on glass GFRP bonded joints.

Hence the electrical and thermal properties in both out-plane and in-plane directions are modeled as functions of the pyrolysis degree of the composite material, namely the material properties change with the component during the decomposition, which is revealed to be reasonable from both the numerical and the experimental results.