Sentence examples for materials behaviour and from inspiring English sources

Simulating materials behaviour and designing materials to meet prerequisite properties increasingly require insight at the atomistic level.

It is well known that the content of water does affect materials behaviour and may cause important damages to buildings, including structural deterioration.

The topics covered in this chapter include robust design and validation, design by analysis philosophy, materials selection, manufacturing processes, state-of-the-art operation and maintenance strategies, meticulous in-service inspection, materials behaviour and ageing management, human resources and knowledge and asset management.

This work aims at associating two classical approaches for the design of composite materials: first, reliability methods that allow to account for the various uncertainties involved in the composite materials behaviour and lead to a rational estimation of their reliability level; on the other hand, micromechanics that derive macroscopic constitutive laws from micromechanical features.

Given the potentially strong links between raw materials, behaviour and artefacts, and ultimately, their combined effects on fitness components, it is surprising that this topic has received so little attention to date.

Numerical simulations are an important tool to predict material behaviour and optimize the mechanical properties.

Such elements called macro-elements are based on the simplification of both the material behaviour and the stress field within the panel.

Compared to other methods the local material behaviour and local loads are captured over the whole structure.

Subsequently, the morphological structure of ETFE and the manufacturing process as well as the material behaviour and load-bearing characteristics of ETFE-foils are outlined.

Elucidating changes in material behaviour and mineralization of bone tissue is key to defining bone quality in the presence of metastatic involvement.

Complex FRT component geometries pose special challenges to gripper design and handling strategies in automated preform processes regarding limp material behaviour and fast cooling time.