Sentence examples for material design by from inspiring English sources

Material Design, by way of background, is the design language that Google first introduced back in 2014.

Topology optimization has been applied widely in cellular material design by optimizing the microstructure of periodic base cell (PBC).

Making predictions of the lattice misfit rapidly and accurately is therefore of much practical importance, especially for costly and time-consuming material design by trial and error.

These studies may facilitate multiscale material design by providing insight into carbon nanofiber matrix interactions leading to improved macroscale composite properties.

The objective of the present study is to improve the efficacy of composite material design by predicting the statistics of first-ply failure of orthotropic plates with random material properties under random loading.

In addition to developing kinetic simulation software for HPC, he studies multi-scale device simulation and optimization and high-throughput materials screening, inverse material design by electronic structure data mining and optimization, and computational battery modeling.

The paper considers the multi-material and multi-constraint problems, and investigates the topology optimization algorithm by using the different material representation models, and broadens its application from stiff structure designs and compliant mechanism designs to material designs by a number of benchmark examples.

They described their experiences as summarized in Table 2. Writesim TCExam currently has simulation material designed by our research group to enable novice researchers to understand the role of various text blocks in a manuscript and content placement.

The aim of this chapter is to address the challenge of complexity in multilevel materials design by presenting an approach based on information economics (value-of-information).

In this paper, we have proposed an idea in new 2D materials design by using adjacent group elements to substitute half of the atoms in the primitive configurations to form isoelectronic compounds.

Nanotechnology requires material design followed by the study of the quantum effects for final produced applications in sensors, medical diagnosis, information technology to name a few.