Sentence examples for engineering properties such as from inspiring English sources
Engineering properties such as flowability, settlement, setting behavior, compressive strength, and hydration characteristics were evaluated.
Engineering properties such as elastic modulus can be obtained by volume averaging over the ODF.
The plaster was tested and evaluated for engineering properties such as compressive strength, bulk density, water absorption and porosity.
Three simple indices combining the embodied environmental impacts with engineering properties (such as strength) of SCC are proposed.
Addition of fibres in hybrid form improved many of the engineering properties such as the first crack load, ultimate load and ductility factor of the composite.
Because S-wave velocity is closely tied to engineering properties such as shear strength, low-velocity zones in the S-wave velocity models are of particular interest.
These results suggest that specific placement of thiophosphates could play an important role in the development of siRNAs as therapeutics by engineering in properties such as strength of binding, nuclease sensitivity, and ultimately efficacy.
The experiments were carried out in three European laboratories aiming at extending and completing existing available information with respect to a wide range of engineering design properties such as structural stability, wave and current flows and wave transmission.
Poly vinyl butyral) (PVB) which has many special engineering aggregate properties such as super lightweight, physical toughness, adhesion to a variety of surfaces and energy-absorbing characteristics is utilized as the sole aggregate in this study to develop a novel cementitious composite reinforced with Poly vinyl alcohol) (PVA) fiber.
Recently, magnesium alloys have found applications in biomedical engineering because of properties such as degradation in physiological environment and mechanical properties near to natural bone.
Dimensional analysis, technique used in the physical sciences and engineering to reduce physical properties, such as acceleration, viscosity, energy, and others, to their fundamental dimensions of length (L), mass (M), and time (T).
