Sentence examples for mechanical representations from inspiring English sources

Idelle Weber's mural-size painting of silhouetted businessmen riding escalators against an optically buzzing black-and-yellow-checked wall and her small, cast-Lucite cubes with men in silhouette silk-screened on them similarly evoke a shadow world of mechanical representations.

This paper reports on studies upon five different hypothetical mechanical representations of the periodontal ligament (PDL) which plays the most significant role in tooth mobility.

The works in the series are considered ironic mechanical representations of gestural techniques.

With their Adhesive Dynamics simulations, Hammer and co-workers have elegantly demonstrated how challenging it can be to generate similar rolling characteristics in silico when using physical and mechanical representations combined with traditional modeling formalisms [ 9- 11].

The effect, like the moving parts in some medieval mechanical representation of the cosmos, is augmented by Mark Stanley's evocatively dim lighting.

The few faint lines seem to create a mechanical representation of sound, which can be somewhere between a subtle intrusion and a major penetration within this given space.

Appropriate mechanical representation of passive muscle tissue is crucial for human body impact modelling.

The mechanical representation of the periodontal ligament (PDL) that surrounds each human tooth is still an enigma for both bioengineers and orthodontists.

The model is composed of the following components: an aerodynamic model, a mechanical representation of a drive-train and the pitch system, and an electrical model consisting of a PMSG, and a back-to-back voltage source converter (VSC).

Key features that distinguish this model are variable cell morphology described by a collection of particles connected by springs and a mechanical representation of deformable intracellular, intercellular, and cell-substratum links.

The novelty of this work lies in the accurate description of the thermal gradient field, in terms of the actual measurable input data to the heat diffusion problem, as well as the refined mechanical representation of the 3D effects of the thermo-geometric stiffness and the elastic moduli.