This study addresses the design of ply orientation for a CFRP vehicle door by implementing a Discrete Material Optimization (DMO) method in a general-purpose commercial finite element code (ABAQUS) and mathematical analysis tool (MATLAB).
The aim of the present work is to propose an eco-design method for sustainable development of methanol production by implementing a multi-objective optimization model based on CO2-efficiency.
We calculate the strategy as defined by equation (5) and (6) that minimizes the average mutual information between the input (x 1, x 2, x 3 ) (death stimuli, normalized concentrations) and the output (decision y ), and the decision probability for cell survival or cell death by implementing a time dependent optimization Blahut Arimoto algorithm.
We solve a nonlinear optimization problem by implementing a sequential quadratic programming method into a quantitative spectral analysis.
Contrarily, taking into consideration the weakness of existing greedy strategies, [16] introduced a new differential evolution (DE) algorithm, named JADE, to improve optimization performance by implementing a new mutation strategy "DE/current-to-pbest" with optional external archive and updating control parameters in an adaptive manner.
We implemented an optimization routine that minimized the difference between the experiment and simulation lattice strains.
A multi-objective geometry optimization is realized by implementing metaheuristic optimization algorithms.
Unfortunately, the efficiency of reasoners is usually obtained by implementing complex optimization techniques.
Finally, by implementing the optimization system among multiple users and creating consensus, residents' participation in urban planning can be made easier, the lack of expert knowledge on the part of residents and difficulties in reflecting their opinions can be overcome, and both residents and administrative bodies can share information and concept values.
The overall synthesis problem was solved by implementing in the optimization a heuristic procedure for the synthesis of the heat exchanger network and the storage tanks thus letting the optimal complete system structure and its design parameters to be found for given values of cycle parameters.
