Sentence examples for the mechanical perspective from inspiring English sources

From the mechanical perspective this improves the generating efficiency.

From the mechanical perspective, a wellbore can fail by induced stresses (usually two types): shear failure and tensile failure, which can lead to a stuck pipe, wellbore breakout, induced fracture, poor cementation, side track, and loss of drilling mud (Mclean and Addis 1994).

Volleyball is a sport in which players frequently perform technical actions which, from the mechanical perspective, involve a flexion-extension of the ankle, knee, and hip joints.

Although other surgical techniques such as clamp and hook plating, lateral mass screw fixation or interspinous wiring have been shown effective in stabilizing the cervical spinal column, from the mechanical perspective, the cervical transpedicular screw (CPS) fixation provides a stronger construction than the others and less likely to failure [ 2- 5].

Here, we continue the analysis in terms of the orthogonal electronic diabatic states underlying eq 5.40 and in the full quantum mechanical perspective.

From a purely mechanical perspective, the allowable load placed on a screw is dependent on the amount of surrounding material that contacts the thread [ 50].

The addition of children makes the process more effective, not just because of our emotional instincts but because, from a mechanical perspective, the younger members of your group are almost useless.

In this paper a comprehensive model incorporating principles of thermodynamics, mechanics and optics is proposed, and it is used to study the residual thermal stress of a mounted KDP crystal after cooling process from mechanical perspective, along with the effects of the residual thermal stress on the second harmonic generation (SHG) efficiency of a high-average-power laser.

Otherwise, there's really no difference with the new keyboards from a mechanical perspective.

Four steps followed to approach a tissue engineering problem from a mechanical perspective include quantitatively describing the native mechanical environment, understanding the role of mechanical factors in the tissue of interest, manipulating mechanical conditions to enhance function or regeneration, and quantitatively evaluating the degree of functional restoration of the engineered tissue.

This chapter presents an overview of the several spinal disorders from a mechanical perspective.