Sentence examples for material systems in from inspiring English sources

Herein, we report a theoretical study of polymeric nanocomposites to provide physical insight into complex material systems in elastic regions.

The crack lengths obtained for different material systems in the interconnect structure correlate well with the fracture energies measured for the same materials in blanket films.

The thermal conductivity of 3D printed material systems in this work may enable the production of thermally stable 3D printed structures, supports, and devices.

New composite material designs are being inspired by the light weight, mechanically robust and unique functions of material systems in Nature.

The approach proposed is the use of micromechanical models that represent the strength of composite material systems in terms of the parameters that control the manner in which the systems are synthesized and manufactured.

This review covers research related to electrospinning of silk, including process parameters, post treatment of the spun fibers, functionalization of nanofibers, and the potential applications for these material systems in regenerative medicine.

The presented method can be applied to such a material system in which the γ/γ′ morphology is changed during the cyclic loading at high temperature.

Composite structures also offer great flexibility and stiffness in design, allowing change of the material system in many ways like number of fibers, different lay-up configurations, etc.

Transient fatigue crack growth is studied for a material system in which the crack tip is shielded due to crack bridging.

The developed procedures are demonstrated through a detailed example involving a particulate composite material system in which the effective thermal conductivity is evaluated in a partitioned manner.

Additionally, this paper will briefly discuss the technological gaps remaining for the practical application of this material system in fusion power devices such as DEMO and beyond.