Sentence examples for theoretical modulus from inspiring English sources

Experimental results of tensile modulus were correlated with theoretical modulus values.

The experimental findings of tensile modulus of the biocomposites are compared with the theoretical modulus using the rule of mixture.

Constant values of C, n and α in theoretical modulus and densification strain equations wear calculated as 1.22, 2.09 and 0.95, respectively.

Excellent agreement between experimental and theoretical modulus profiles for two materials (a nitrile and a neoprene) confirms our understanding of diffusion-limited oxidation and its time and temperature dependencies.

Mechanical conditioning up to 90% of the fiber tensile strength increased the initial modulus converging to 100 GPa which corresponds to a stable crystalline domain orientation of 11.6°, while the unloading modulus at stresses near the tensile strength converged to ∼165 GPa which approaches the theoretical modulus of 220 GPa.

The theoretical modulus increases with increasing molecular rigidity, while the experimental moduli (at low temperature and corrected for the cross-sectional area of the side chains) do not exhibit a specific dependence on the molecular rigidity, and range between 140 and 180 GPa.

The assumptions used in the calculation of theoretical bulk modulus dry curve (B dry) are as follows: The rocks are composed by the dominant minerals quartz.

For beams which can deform by bending, axial and shear deformation and have the material properties ρrel=0.1,EB=1·108 Pa, and νB=0.3 as used in our simulations, the theoretical Young's modulus, Poisson's ratio and shear modulus are begin{array}{*{20}l} E^_{mathrm T} & approx 1.44 cdot 10^{5}, text{Pa}, nu^_{mathrm T} & approx 0.971, & G^_{mathrm T} approx 3.65 cdot 10^{4}, text{Pa}.

Finally, Tsai-Pagano and Halpin-Tsai equations allowed the prediction of the theoretical Young's modulus of the composites.

It has been reported that the nanotubes own a remarkable mechanical properties with theoretical Young's modulus and tensile strength as high as 1 TPa and 200 GPa, respectively.

With the aid of the experimental data, an evaluation of the performance of the traditional homogeneous and square-root-of-depth modulus theoretical soil models for the shallow sand stratum problem is also included.