An availability evaluation algorithm of the proposed system is suggested and the corresponding optimization problem is solved utilizing genetic algorithms.
By combining static analysis of the links through a multilayer piezoelectric beam model and kinematic analysis of the micro-manipulator, inverse kinematic has been solved utilizing the Taylor series expansion technique and the perturbation method.
An important by-product of normal science, however, is the accumulation of puzzles which cannot be solved utilizing the resources of the current paradigm.
In these approximation strategies, objective function is estimated by approximation model and the optimization problem is solved utilizing the approximated values.
Typical problems regarding nTP such as master reusability, defect tolerance, process cost and speed have been solved utilizing this replication technique.
The results give insight on the special challenges of embedded space system development, how these challenges are solved utilizing agile practices, and how the new practices were experienced.
The problem was solved by utilizing a diesel-electric installation in which the engines were connected to direct-current generators that furnished the electricity to drive an electric motor connected to the ship's propeller.
Equation (1) was solved numerically, utilizing experimentally determined values for ρcell, rmax, and Qcell, to predict the oxygen tension profiles from the periphery to the centre of cartilaginous pellets.
In order to study the thermo-magneto-electro-elastic behavior of the FGMEE circular disk, equations of heat conduction, electrostatics and magnetostatics are established, and the governing equation expressed by displacement is finally solved utilizing a semi-analytical method.
The resulting gain-scheduling state-feedback controller is finally designed, and solved utilizing a set of linear matrix inequalities derived from quadratic H∞ performance and D-stability.
