We show that the interfacial elasto-plasticity and the overlapping length between bricks dependent on the brick size and brick staggering mode significantly affect the nonuniformity of the shear stress, the stress-transfer efficiency and thus the failure path.
The relative size, distribution, and content of macromolecular solid particles (e.g., asphaltenes) in the liquid, as well as the momentum exchange between different components, agglomerating by association and arrangement mode, significantly affect the viscosity of heavy oil.
It is found that the failure mode is significantly affected by the core thickness.
The test results showed that changes of the floor surface finishes were caused by direct- and indirect-wear modes and significantly affected slip-resistance functioning.
It is demonstrated that incident modes are significantly affected by the circumferential variations in impedance and as such, the influence of liner splices on the transmitted acoustic field ought to be further investigated.
The frequency band gap of flexural mode is also significantly affected by this substrate.
The response of the first lateral mode is also significantly affected by a change in the parameters.
The results show that, for a first order approximation, only the lower frequencies and first mode shape are significantly affected by the cubic non-linearity.
The type of ventilatory mode may significantly affect exercise performance.
In this respect, it is clear how the choice of the proper frame coding mode itself significantly affects the overall rate (and quality) of the streamed video.
