Sentence examples for composite science from inspiring English sources

Due to its novel physical, chemical and mechanical properties, graphene has great potential to be applied in composite science.

This study provides alternate strategy to modify the graphene, which will greatly expand the application field of graphene in composite science.

Recent advances in genetic engineering, composite science, and natural fiber development offer significant opportunities for developing new, improved materials from renewable resources that can be biodegraded or recycled, enhancing global sustainability.

The purpose of this contribution is to present a survey of the recent developments in constructing composite science and technology (S&T) indicators on a national level as well as new evidence of the variability of such S&T indicators which opens the gateway to "country-tuning".

From composite science it is known, that the smaller the fiber diameter, the higher the attainable strength will be (Griffith 1920).

Composites Science and Technology] in accordance with the Weibull's probabilistic function is employed to describe the sequential, progressive weakened interface in the composites.

Until recently metals were mostly used in the construction of aerospace structures, however, advances in materials science, especially in composites science and technology, allowed the development of promising new materials for aerospace engineering.

In a previous study, a biomimic two-step self-healing scheme (close-then-heal (CTH)) by mimicking human skin has been proposed for self-healing structural-length scale damage [Li and Uppu. Composites Science and Technology 2010; 70: 1419–14270.

Within this paper the advantages and disadvantages of the delamination factor Fd, the adjusted delamination factor Fda by Davim et al. (Composites Science and Technology, 67 (2007 19399) and the equivalent delamination factor Fed by Tsao et al. (The International Journal of Advanced Manufacturing Technology, 59 (2012) 617) as well as the delaminated area Ad at the bore exit are discussed.

The various approaches for replacement and regeneration are explored, with the aim of benefiting from composite materials science.

To improve the ductility of the fibers, a number of composite material science investigations have been conducted on hybrid fibrous composites (e.g., Bunsell and Harris 1974; Phillips 1976; Aveston and Sillwood 1976; Marom et al. 1978; Chou and Kelly 1980; Manders and Bader 1981; Miwa and Horiba 1994; Pan and Postle 1996).