Application of Lagrangian methods for optimization of interaction in aquatic systems
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Published:2001
A B Shandyba, 2001. "Application of Lagrangian methods for optimization of interaction in aquatic systems", The exploitation of natural resources and the consequences: The proceedings of GREEN 3: the 3rd International Symposium on Geotechnics Related to the European Environment held in Berlin, Germany, June 2000, R. W. Sarsby, T. Meggyes
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This project concerns water recycling supply systems and relates to rational use of clean water as well as to improving wastewater and sludge treatment. The optimization problem is that the recycling of water involves a complex system of individual tools each of which should be an effective part. To prevent overload failure the intensity of contaminant accumulation in such systems must be compensated by means of adequate intensity of contaminant removal. The second area of application relating to the research and development of the hydrodynamic Lagrangian method is in conjunction with the boundary streams model for calculation of power interaction between water flow and streamlining units as used for the exploitation of offshore deposits.
1 INTRODUCTION
2 DIFFERENTIAL RECYCLING WATER SUPPLY SYSTEM
3 POWER INTERACTION IN WATER FLOW
4 CONCLUDING REMARKS
5 REFERENCES
