Sentence examples for cables is discussed from inspiring English sources
In this paper, the effect of cable loosening on non-linear vibrations of flat-sag cables is discussed by using the finite difference method that can express cable loosening.
First, the material properties of different cables were discussed, and static and dynamic analyses on the entire bridges with different cables were conducted by means of finite element method.
(The other method of transmission, the coaxial cable, was discussed a few weeks ago).
The heat loss sources and the structure including both the termination and the cryogenic envelope pipe of the 10 kA cable are discussed.
Methods of locally compensating the magnetization of NbTi and Nb3Sn strand and cable are discussed, progress in coupling-current suppression through the use of coatings and cores is reviewed, and a method of simultaneously reducing both the static and dynamic magnetizations of a NbTi cable by means of a thin Ni core is suggested.
In this paper, the possibility of the cable loosening in a PC cable-stayed bridge is discussed by using a cable model that can express the cable loosening.
The drag wind loading on the stay cables of long cable-stayed bridges is discussed based on two recent long-span cable-stayed bridge designs.
Finally a case study involving the wind response of a 400 m main span cable-stayed bridge is discussed.
Both nonlinear dynamic (NL-RHA) and static (pushover) procedures are currently available to face this challenge, each with intrinsic advantages and disadvantages, and their applicability in the study of the nonlinear seismic behavior of cable-stayed bridges is discussed here.
Second, the influence of the dynamic parameters of the cable on its frequencies is discussed in detail, and a method for precisely determining the tension of an inclined cable is proposed based on the derivatives of the eigenvalues of the matrices.
In this paper, several new forms of cable domes are first presented and their geometric feasibility is discussed.
