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(a) Image, (b) optical flow, (c) modulus, and (d) angle.
where μ is the shear modulus and d is the slip offset.
Open image in new window Fig. 6 Typical a stress strain, b tensile strength, c tensile modulus, and d strain at break of BC and BC/GO nanocomposites.
The electromechanical coupling factor is proportional to Yd2 (where Y is the elastic modulus, and d is the piezoelectric constant); therefore, the investigation of inter-dependence of these properties as function of thermal annealing is important.
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Flexural strength at break, elastic modulus and Shore D surface hardness were 30.3 MPa, 5946 MPa, and 81.5°, respectively, and these corresponded to the highest values for the entire study.
The Results revealed that permeability, internal friction angle, constraint modulus and 3-D Young modulus decreases with inclusion content.
The flexural properties increased at the same time (from 12.2 to 27.7 MPa for flexural strength at break, and from 2183 to 5244 MPa for elastic modulus) and also Shore D surface hardness (from 69.6 to 79.0°).
This comparison is shown in Fig. 5. Considering the non-linearity of each tissue type, the incremental elastic modulus E = d σ d λ was used for a quantitative comparison.
Permeability, coefficient of earth pressure "at rest" and the volume compression coefficient along with some important deformation and strength characteristics parameters namely, the internal friction angle, constraint modulus and the drained 3-D elasticity modulus were investigated.
where r 0, α, and D are atomic spacing, elasticity modulus, and binding energy, respectively.
E = D times M times (n^{prime } )^{2} (1 where E is the dynamic elastic modulus, M is the mass and n′ is the fundamental longitudinal frequency and D is a factor defined according to Eq. (2) for cylindrical specimens.
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