For inner steel ring restraint, elastic property of steel ring, dimension of ring and deformation properties of repair material will determine the shrinkage stress occurred in repair material.
The lengths consist of (1) the Burgers vector, (2) the nominal dislocation spacing, (3) the elastic "cell" dimension, and (4) the overall plastic zone size.
The errors of dimension, elastic modulus, coefficient of thermal expansion, and thermal load, etc. are equivalent to the tension uncertainty in cables.
Finally, the effect of various parameters containing the concentration of the load, stiffness of the elastic foundation and dimension aspect ratio on the interlaminar stresses is studied.
The values of both σ N and σ M depend upon elastic modulus and dimension of both repair material and substrate concrete.
Furthermore, the helical buckling spacing and amplitudes are deduced, taking into account the influences of the elastic properties and dimensions of SiNWs.
The longitudinal vibration modes of the propulsion shafting were determined with one-dimension elastic wave approach based on its continuous model in advance.
With the use of finite element analysis, strain energy release rates and phase angles of the delamination crack are obtained for various specimen dimensions, elastic properties and delamination lengths.
It is inferred in the present work that contributing factors in the in situ frequency-matched resonance such as floating plate dimensions, elastic properties of the plate, and the location of an impact might affect the conventional regime of the single degree-of-freedom vibration isolation model for floating floors.
Both curvature and film strength are calculated from the applied strain, elastic modulus and geometric dimension of the sample.
