Sentence examples for variable cable from inspiring English sources
Recently, variable cable dimension has also been considered to find the optimal electrical interconnection configuration of OWFs, where metaheuristic algorithms were utilized.
In case of adopting the proposed formulation in on-shore wind farms, laying cost itself with other additional limitation (e.g. land unavailability or other practical restrictions) can be considered as a variable cable installation cost instead of a constant cost for each individual choice of the discrete decision set (B i ).
Dynamic response studies of a tension leg platform (TLP) are carried out in time domain to investigate the influence of non-linearities due to the hydrodynamic drag force, variable cable tension, variable submergence, long excursions and fluctuating wind together with the effect of coupling.
The shape optimization mathematical model of prestressed cable-truss structures is founded, and its design variables includes three kinds of design variables: cable pretension force, cross-section size, and element-node coordinates.
The optimization algorithm solves the optimization problem through the variable-step search along each design variable including the cable pre-tension forces, the load and the range of the counterweight.
SOLAR EXPOSURE, 2009 1800cc Formula Ford car, 10 solar panels, two electric drills, projectors, five tripods and electric cable Variable dimensions.
Moreover, equivalent load for any continuous cable having variable segment profiles is calculated by dividing the cable into series of parabolic segments.
A novel scaled model is developed to simulate the linear lateral dynamics of a hoist cable with variable length in a high-rise, high-speed elevator.
It is showed that the limb with variable length and velocity cable does contribute to the dynamical forces required to a typical trajectory.
Variable stiffness for the cable-driven manipulators is achieved by attaching a novel variable stiffness device along each driving cable, in which the stiffness of the device is a function of the cable tension.
It is then possible to estimate the girder and cable-net characteristic frequencies, to evaluate those conditions possibly leading to parametric resonance and, with respect to these variables, to determine optimal cable arrangements.
