Sentence examples for modulus of resilience from inspiring English sources

These laboratory tests included unconfined compressive strength (UCS), splitting tensile strength (STS) and compressive modulus of resilience (CMR).

The results of mechanical tests (tensile strength and modulus of resilience) demonstrate that blends with natural fibers showed high resistance, while preventing the asphalt to drain down.

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).

With geogrid, the modulus of resilience of the subgrade is increased and inhomogeneous deformation can be reduced; therefore, the stress/strain distribution in pavement structure under loading condition becomes uniform.

The test results also indicate that other properties of the asphalt samples such as modulus of resilience as well as creep and fatigue resistance (that lead to the durability of the asphalt mixture) are increased as well.

Furthermore modulus of elasticity, modulus of resilience, modulus of toughness, stress strain and torsional behavior of PSC concrete are obtained and compared with normal weight concrete (NWC) and POC lightweight concrete.

After characterizing the structure and properties of the produced PU/SIS composites, the strength, Young's modulus, and resilience of wet PU/SIS samples were compared with those of crosslinked PU.

Second, Young's modulus and resilience of 3 5 wt% composites were ∼0.8 MPa and >94% respectively, remaining close to the level of pure PGS which is desired for applications in soft tissue engineering.

However, the addition of 5 wt.% Laponite nanoclay to the formulations considerably increased the compressive modulus and resilience of the hydrogels; swollen nanocomposite networks with compressive modulus and toughness values of up to 67 kPa and 200 kJ m−3, respectively, could then be obtained.

Obtained hybrid composites demonstrated up to 32% of resilience, 0.1 GPa of elastic modulus, and 7.32% of permanent deformation.

There are reserves of resilience.