Sentence examples for modulus compressive strength from inspiring English sources

It quantified the physical properties of sponges (density, fibre width, fibre length, absorbency, and water retention efficiency) and their mechanical properties (firmness, compression modulus, compressive strength, tensile strength, elastic limit, elastic strain, modulus of elasticity, and modulus of resilience).

To characterize multiple functionalities, objective equations are formulated for density, compressive modulus, compressive strength, and maximum heat flux.

Young׳s modulus, compressive strength and toughness were found to increase with increasing NFC content for both architectures.

Hybrid composites provide combination of properties such as tensile modulus, compressive strength and impact strength which can not be realized in composite materials.

In the present research, mechanical properties of pure CS, CS/HA, CS/HA/magnetite, and CS/magnetite were evaluated by the measurements of bending strength, elastic modulus, compressive strength and hardness values.

In order to define the seismic vulnerability of ancient brick masonries and to design restoration and retrofitting interventions, the estimation of masonry mechanical properties (e.g. Young's modulus, compressive strength, shear strength, etc). is of primary importance.

After 330 days the E-modulus, compressive strength, resistivity and chloride diffusion tests were evaluated in the same specimens that had been previously used for shrinkage measurement.

The effectiveness of the new inorganic consolidant was evaluated in terms of absorbed consolidant amount, mechanical properties (e.g., surface hardness, ultrasonic wave velocity, elasticity modulus and compressive strength modulus), and salt crystallization resistance.

The Young's modulus, uniaxial compressive strength, and tangent modulus were larger in rock-like material samples with finer SGS and the failure mode changed from mostly shear failure to tensile failure with rising SGS.

Mechanical testing (compression and three-point bending) shows a significant enhancement (up to 28 190%) in the mechanical properties (compressive modulus, compressive yield strength, flexural modulus and flexural yield strength) of WSNT-reinforced PPF nanocomposites compared to the baseline control.

The scaffolds exhibited improved compressive modulus and compressive strength, which were all in the range of compressive modulus and compressive strength of cancellous bone.