The Li intercalation induced dimensional change in the through-thickness direction can be minimized by design optimization.
The simulation revealed an inhomogeneous pressure distribution along the height of the preform, which could be minimized by mold optimization to achieve a more uniform tube density.
It is shown numerically that the global thermal resistance of the Y-shaped assembly of fins can be minimized by geometric optimization subject to total volume and fin material constraints.
It is shown numerically that the global thermal resistance can be minimized by geometric optimization subjected to constraints, namely, the basement area constraint, the T-shaped fins area fraction constraint and the auxiliary area fraction constraint, i.e. the ratio between the area that circumscribes the T-shaped fin and the basement area.
It is shown numerically that the global thermal resistance of the T-shaped construct can be minimized by geometric optimization subjected to constraints, namely, the basement area constraint, the T-shaped fins area fraction constraint and the auxiliary area fraction constraint, i.e. the ratio between the area that circumscribes the T-shaped fin and the basement area.
The reachable set of system (1) can be minimized by solving the following optimization problem for a scalar (delta>0): begin{aligned} &min bar{delta}quad biggl(bar{delta}= frac{1}{delta}biggr) &mbox{s.t.} begin{cases} (mathrm{a}) &Pgeqdelta I, (mathrm{b}) &(6 mbox 7)mbox{ or }(22 mbox(23) mbox{ or }(26 mbox(26 mbox
The first kind of dismissal should clearly be minimized by the exact solution of the optimization problem.
4.1.3), an optimization problem with several variables can always be minimized by initially minimizing some of the variables and then minimizing the remaining ones.
The global objective function is minimized by direct optimization leading to the rezoned grid.
With an aim to design a V-shape absorber using a global optimization algorithm, the reflectivity value of the absorber is calculated as a cost function by using an equivalent multilayered absorber model, and is minimized by the optimization algorithm.
