The integrated methodology is applied to the second largest freshwater lake in China, the Dongting Lake.
This paper demonstrates how this procedure can meet the objectives of the integrated methodology proposed.
Finally, a case study is provided to illustrate the implementation process of the integrated methodology for bridge superstructure design.
The integrated methodology was designed for the pulp and paper industry and was established in several phases.
The integrated methodology and its implementation are discussed and illustrated on an industrial process involving acrylic acid production process.
The comprehensive weight vector of ECs is used as the weights of the selection criteria in the TOPSIS side of the integrated methodology.
The use of the integrated methodology is demonstrated via a case study in the prediction of ground subsidence due to tunneling in mountainous areas in Hebei, North China.
The integrated methodology uses a multiobjective optimization method to consider physical properties along with safety and health indexes during the molecular design stage.
The integrated methodology is implemented as an intelligent decision support system that can help design inherently safe and environmentally benign chemical processes.
This study demonstrates the practical potential of the integrated methodology, which can provide both the lake level responses to future dam releases and the relative contributions of different rivers to lake level changes.
