Then changes in dry unit weight, strength parameters, preconsolidation pressure as well as modulus were examined.
For the measured results from all mixtures, the relationship between the yield stress and storage shear modulus was examined.
The influence of crucial parameters such as vertical stress, horizontal deflection, bearing height, number of elastomer and reinforcement layers, reinforcement material, and type of bearing support on the effective shear modulus and damping coefficient are examined.
The effects of the size and volume fraction of the fiber ensemble, the characteristic lengths and rigidity of the constituent phases, thickness of the coating layer, and the aspect ratio of the fiber ensemble on the effective shear modulus of the composite are examined.
The effects of the ratio of the extensional modulus to the transverse modulus on the natural frequencies are examined.
The effects of core modulus, core thickness, elastomer-core width ratio, and laminate size are examined through a parametric study.
Various scaffold formulations are examined in terms of morphology, porosity, degradation, elastic modulus, and ability to support cellular adhesion and growth.
In this paper engineering drawing techniques are examined with a particular focus on the use of the modulus concept in design.
The effect of surface tension γ on cavity nucleation and growth in an incompressible neo-Hookean material of initial elasticity modulus E is examined.
Properties such as slump flow, V-funnel, U-box, L-box, compressive strength, splitting tensile strength, flexural strength and modulus of elasticity were examined.
