Sentence examples for material properties when from inspiring English sources

Polymer gels that change their material properties when irradiated have been suggested for such use.

First-principles quantum mechanics is an increasingly important tool for predicting material properties when designing novel alloys with optimized mechanical properties.

These results provide support to the previous implicit assumption that insight can be gained into the structural behavior of costal cartilage by observing the local material properties (when calcified regions are included and the perichondrium is removed).

The plastic strain field in the deformed graded cellular solid is sought here as a function of the impact velocity and material properties when using the Hugoniot material representation.

Another disadvantage is that models necessitate detailed knowledge of material properties when solving ray/obstacle parameters which cannot be optimised in a straightforward way since the number of parameters and rays is usually too high for a fast calibration.

Carbon microcoils also help to improve material properties when incorporated in hybrid composites [11], or as template for other materials [12, 13].The formation of a coiled structure is attributed to the fact that the crystal faces of the catalyst used for the synthesis show different activity (i.e. catalytic anisotropy) in terms of carbon growth [7].

The compressive strength of concrete is used as the most basic and important material property when reinforced concrete structures are designed.

Results of additional conductivity characterization, as well as optical characterization (UV vis NIR and Raman spectroscopies) can be found in the Supporting Information, revealing more changes of materials properties when moving from the oxides to the nitrides.

Such approximation of penny-shaped fractures could be useful for the aims of modeling of real material deformation properties when such materials are weakened by a large amount of isolated microfractures (Nemat-Nasser and Hori 1999).

Our results indicate that the electroelastic response in an FG piezoceramic tube with material properties decreasing when the radius increases becomes more obvious than that with material properties increasing.

Signal loss due to a brick wall is directly connected to the thickness of the wall even though brick clay is a material with good properties when compared with other materials such as reinforced concrete structures or metal materials.