Sentence examples for mechanics of thin from inspiring English sources

A finite-deformation theory is developed to study the mechanics of thin buckled films on compliant substrates.

As a specific example, we consider the design of such wavelets for the incremental and adaptive solution of fourth-order partial differential equations such as those governing the mechanics of thin elastic plates and shells.

In doing so, we aim to favour cross-fertilization between progress made in the fields of mechanics of thin films, nanomechanics, fundamental researches in bulk nanocrystalline metals and metallurgy to impart enhanced resistance to fracture and fatigue in high-strength nanostructured systems.

The present paper focuses on the crushing mechanics of thin-walled components.

A detailed formulation for the effects of the surface integrity, i.e. surface topography, surface metallurgy, and surface mechanical properties, on the mechanics of ultra-thin films is proposed in the framework of linear elasticity.

In contrast, modular response might be enhanced by contrasted mechanic properties of thin ascending ramus vs. the thicker alveolar region, as shown by patterns of greatest variance in the laboratory groups.

The study of the mechanics of evaporating thin-films is important for improving the performance of phase-change heat transfer equipment.

In this study, new size-dependent behaviors are revealed where the mechanics of ultra-thin films can be significantly altered for the small variations in the surface integrity.

We describe the use of light in a lithographic form of grayscale patterning as a means to program the properties and folding mechanics of flat, thin-film-polymeric materials.

It is found that the interfacial mechanics of a thin-film bonded to a graded layer is significantly affected by varying gradient law, stiffness of the film, ratio of shear modulus and length scale of the graded transition layer.

In the proposed formulation, measures are incorporated to account for the effects of the surface topography, i.e. waviness and roughness, surface metallurgy, i.e. altered layer, and surface excess energy on the mechanics of ultra-thin films.