This work develops a new bi-objective, bi-level integer programming model, taking into account the interests of PT users and operators in attaining optimization of PT timetable synchronization integrated with vehicle scheduling and considering user demand assignment.
Desirability function was used to attain simultaneous optimization of both responses.
To do so, optimization methodologies are a trendy mechanism because they allow attaining optimal solutions given a certain set of input parameters and variables.
To achieve long-run sustainability of energy supply, the key idea of this paper is to investigate exergy assessments in DES design optimization to attain rational use of energy resources while considering energy qualities of supply and demand.
The formation of the SEI phase is general behavior at the electrode/electrolyte interface of solid-state batteries, and the fast electrochemical reaction is attained as a result of optimization of the electrode/electrolyte combination.
Based on the results of simultaneous optimization to attain the highest ratio of ECPR (96.35%) and ETP (30.60 %), the values of 29.9 g/L, 29.6 °C and 165.5 rpm were respectively predicted for sorbent dosage, sorption temperature and agitation power, and subsequently certified through experimental rechecking survey.
Further enhancement of the GK gene expression would be attained in the future through the optimization of the promoter region.
The compensator design is formulated as an optimization problem, which seeks to attain a set of frequency domain specifications.
We established the optimization technique attaining yield of 2600 kg ha−1 in the tests as following: density of 28 350–31 650 plants ha-1, and supplements of N, P and K of 363-387, 98.58-105.48 and 280.20-319.8 kg ha−1, respectively.
This optimization is achieved by a linear programming approach [ 10, 11] and FBA can be mathematically represented by Eq. (15): 15 in which vector c dictates a linear relationship between fluxes of J that forms the objective function Z. J min and J max are vectors of minimum and maximum values, respectively, that any flux of vector J can attain during this optimization.
Hence, optimization of bioreactor design can be attained once the optimal conditions for commercial production are established for a particular biomass production.
