Sentence examples for finding analysis from inspiring English sources
A simple approach for force finding analysis of Geiger domes with a circle plan is proposed in this paper.
A finite element computation procedure is set up for the shape finding analysis of such structures during erection procedures.
Firstly, the combining method of force density and finite element is proposed for the form finding analysis of the mixed structure.
We anticipate that this flexible package should be applicable to a wide variety of assays, including simple bead or droplet finding analysis, quantification of binding to non-encoded beads, and analysis of multiplexed assays that use ratiometric, spectrally encoded beads.
This paper presents the main results of the form finding analysis, model testing and on-site investigation on a mixed structure consisting on a system of steel tubular trusses coupled with a spatial cable net.
The results of shape finding analysis at each erection stage not only provide the necessary data for the purpose of structural analysis and design, but also can be used for checking and controlling the erection procedure of the cable-stayed bridge during construction.
In this paper, we present a concise and general analytical scheme for tensegrity form-finding analysis.
As a pre-requisite to a rigorous backward/forward construction step analysis, an unbalanced load-free FE model was established following a nonlinear shape-finding analysis procedure.
A non-linear shape-finding analysis is proposed for a self-anchored suspension bridge, the Yongjong Grand Bridge, the main cable of which is three-dimensional in shape.
Tensegrities have found great importance and numerous applications in many civil, aerospace and biological systems, and form-finding analysis is a vital step to obtain their self-equilibrated configurations before applying external loads.
The form-finding analysis of deployable mesh reflector antennas becomes more vital which aims to determine the initial surface profile formed by the equilibrium prestress distribution in cables to satisfy the surface accuracy requirement.
