A material would polarize, or carry a current under an external electric field, P = χeE (1) j = σE. If the electric field is not too strong, then the electric susceptibility and the conductivity are independent of the electric field. They only depend on the material properties in the absence of the electric field (in equilibrium). This type of response is called the linear response. The average...

The mechanical testing of thin layers of soft materials is an important but difficult task. Spherical indentation provides a convenient method to ascertain material properties whilst minimising damage to the material by allowing testing to take place in situ. However, measurement of the viscoelastic properties of these soft materials is hindered by the absence of a convenient yet accurate model...

an idea of fuzzy reexivity of felbin's type fuzzy normed linear spaces is introduced and its properties are studied. concept of fuzzy uniform normal structure is given and using the geometric properties of this concept xed point theorems are proved in fuzzy normed linear spaces.

6 Patient-specific high order finite-element (FE) models of human femurs based on quantitative computer tomography (QCT) with inhomogeneous orthotropic and isotropic material properties are addressed. The point-wise orthotropic properties are determined by a micromechanics (MM) based approach in conjunction with experimental observations at the osteon level, and two methods for determining the ...

The fashion industry plays a key role in the road to sustainability and around financial system. Indeed, is sector with strong impact on environment; it requires very long complicated supply chain linked high use of water resources, chemical substances, contamination air, production waste and, finally, generation microplastics. Textile textile has become huge international concern. Against this...