Sentence examples for dynamic cable from inspiring English sources

Using measured force coefficients for an inclined circular cylinder in the critical Reynolds number range, calculated results of the effective damping and the cable trajectory have been obtained in good agreement with a separate full-scale dynamic cable model test that exhibited galloping behaviour under certain conditions.

In this paper, transient dynamic analysis of tapered fiber-reinforced polymer (FRP) composite transmission poles with circular thin-walled cross-section subjected to dynamic cable tension and vehicle impacts is investigated by combination of tapered beam finite element and precise time integration method.

Another time, he said, "The dumbing-down, lowest-common-denominator dynamic that cable and Internet and tabloid culture have brought means that anything that is big and exclusive and legitimate is quickly turned into something trivial, tawdry, and dumbed-down.

The formulation and its implementation are validated against a theoretical dynamic sliding cable mechanism and simulation results agree perfectly with the analytical solutions.

Though the functions of yeast formins overlap, Bnr1 assembles actin cables that form a stable axis between mother and daughter, while Bni1 assembles dynamic actin cables that target vesicles to multiple locations in the bud and are required for polar growth [28].

Components which have been introduced include ROV operable connectors, DC-DC power converters, modified branching units, and dynamic riser cables.

The failure of AspC to induce atypical pseudohyphae in bni1Δ suggests that the dynamic actin cables used in polar growth of buds are also used in polar growth of atypical pseudohyphae.

Recent work using live imaging has revealed the presence of dynamic actin cables that reach between the cortex and the spindle both in Xenopus embryos and mammalian cells (Fink et al., 2011; Mitsushima et al., 2010; Woolner et al., 2008).

In recent years, the authors have been investigating the non-linear dynamic response of cable systems, installed on cable-stayed bridges, and in particular the so-called "cable-cross-tie systems" forming a cable network.

Starting from a model for damaged suspended cables recently proposed in the literature, an improved expression for the dynamic increment of cable tension is derived.

Cable sliding behaviors reduced tension recovering ability and the dynamic effect at cable segments.