Sentence examples for by using computational micromechanics from inspiring English sources
This paper is focused on modeling the coupled effect between continuum damage and piezoresistivity in the carbon nanotube (CNT -polymer nanoCNT -polymery usinanocompositesal micromechanics techniques bysed on a concusingt multiscomputationallemicromechanics
This study explores the microstructural origins of this stress ratio transition in HCF using computational micromechanics.
The mechanical behaviour of magnesium stent struts is investigated in this study using computational micromechanics, based on finite element analysis and crystal plasticity theory.
The influence of interface properties (strength and toughness) on the tensile behavior of fiber-reinforced elastomers deformed perpendicularly to the fibers was studied using computational micromechanics.
The purpose of this work is to examine the mechanical behaviour of a stainless steel balloon expandable stent design using computational micromechanics in the context of the finite element method.
(B) Reprogramming cells to mimic the plant transcriptomic responses observed upon viral infection by using computational genome redesign.
By using computational design techniques with a digital fabrication method and projection mapping, Unifield uses the space where digital and physical overlaps as a portal to visualization possibilities of a higher dimensional object," Buyukberber says.
To mimic, and perhaps understand, these behaviors, scientists build computer models of networks of brain cells, known as neural networks, using computational principles inspired by real brains.
In this paper, the hygro-elastic behavior of two-dimensional periodic honeycombs composed of multi-layered cell walls is investigated using a computational micromechanics approach.
The present paper focuses on the technique development and mechanical design and validation in terms of constituent materials by using a micromechanics bridging model.
The model proposed is based on the assumption that concrete may be treated as a porous visco-elastic material, and was developed by using a micromechanics approach method.
