Sentence examples for material structures are from inspiring English sources

Unpredictabilities that may occur in the transition from micro to nano within material structures are described.

Taking oxygen reduction and hydrogen evolution reactions as examples, design principles for high-performance electrocatalyst material structures are introduced.

To the contrary, sections of man-made composite material structures are often joined using bolted or bonded joints, which involve low strength and high stress concentrations.

Examples of the effect of structuring knowledge on the relationships between processes and material structures are shown for vapor-deposition processes and nanoparticle coating and drying processes.

The potential applications of these methods in developing health monitoring systems in defects-critical structures and in composite material structures are discussed.

More recently, Hu et al. [13] published a review paper on hydrothermal processing of biomasses and pointed out: 'In the HTC process of carbohydrates, the formation process and the final material structures are rather complicated, and a clear scheme has not been reported'.

The dynamic analysis of two-dimensional (2D) periodic material structures is proposed via a novel mechanical approach.

Fatigue design optimization of composite material structures is limited by the classical approaches used, derived from knowledge based on metal fatigue.

To predict the aerothermal behaviour of transpiration cooled plates, a multi-scale approach based on the homogenization method of periodic material structures is presented.

Deformation induced changes in material structure are characterized in terms of short-range ordering and free volume, with the former providing significantly greater signal-to-noise.

In this regard, atomistic models for the proposed novel material structure are generated via a systematic approach by employing different fullerene types (i.e. C180, C320, C540 and C720) as sandwich cores.