Mathematical solution methods via applied problems including chemical reaction sequences, mass and heat transfer in chemical reactors, quantum mechanics, fluid mechanics of reacting systems, and chromatography.
The focus is on the classification of current mathematical models, solution methods and applications available in the literature.
In addition, Arabani and Farahani (2012) surveyed the static and dynamic facility location problems and classified DLPs models to the several parts, then discussed about mathematical models, solution methods and applications of the available research in the literature since 2011.
6, 7 Another mathematical solution are multivariate methods, which are based on least-square minimization of the global diffusion coefficient data set, followed by an optimization of the amplitudes of different components.
We present a mathematical model and a solution method for the liner shipping network design problem.
Although several mathematical formulations and solution methods have been developed for the MDVSP, the MDVTSP is still relatively unexplored.
Motivated by unique counter-intuitive examples, we present a review of the early mathematical formulations and solution methods developed by Grossmann and co-workers for quantifying Static Resiliency (Flexibility).
The paper discusses some of the recent developments in simulation techniques of thermal processes such as grid refinement, grid orientation, effect of temperature on relative permeability, mathematical models, and solution methods.
This paper proposes a solution method based upon mathematical programming for Heat Exchanger Network HENN) retrofit.
For this approach, an approximate solution method exploited in mathematical programming is quite beneficial.
