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Vol 174
Pages:
13-16
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Research article
Geology

Wave principle of substantiation of the boundaries of hydrodynamic influence of geotechnical systems

Authors:
A. A. Lukin
About authors
  • Tomsk Polytechnic University
Date submitted:
2007-07-23
Date accepted:
2007-09-03
Date published:
2008-01-01

Abstract

The main goal of the investigation was to numerically determine and apply wave characteristics in a pressure-tight field in justification of the hydrodynamic influence limits in geotechnical systems. However, that research dealt with two problems: studies of wave processes and phenomena in water-pressure systems and justification of new material criteria and assessment techniques to estimate limits of hydrodynamic influence on interiors of a large variety of geotechnical systems (i.e. underground water intake structures, subsurface waste disposals, oil-and-gas fields, etc.). The following two tasks of the investigation were solved: computer simulation of harmonic low-frequency excitation of a pressure-tight hydrodynamic field from a single well (formulation and solution of the problem as experiment planning); modelling of a natural pressure-tight field in real conditions of non-uniform discontinuous industrial mode of pumping liquid wastes from a chemical plant.

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References

  1. Бузинов С.Н. Гидродинамические методы исследования скважин и пластов / С.Н.Бузинов, И.Д.Умрихин. М.: Недра, 1973. 248 с.
  2. Исследование водоносных горизонтов методом колебаний / В.И.Башмаков, Л.В.Боревский Г.С.Вартанян и др. // Водные ресурсы. 1986. Т.13. С.234-239.
  3. Крауфорд К. Волны. Берклиевский курс физики / Пер. с англ.; Под ред. А.И.Шальникова и А.О.Вайсенберга. М.: Наука, 1976. Т.3. 528 с.
  4. Определение гидрогеологических параметров водопроводящих коллекторов методом импульсного воздействия на пласт / Е.П.Вольницкая, Э.М.Вольницкая, М.В.Лурье, В.П.Прилепский // Изв. вузов. Геология и разведка. 1999. № 5. С.83-88.
  5. Техногенные геохимические процессы в песчаных пластах-коллекторах при захоронении жидких радиоактивных отходов / А.А.Зубков, О.В.Макарова В.В.Данилов и др. // Геоэкология. 2002. № 2. С.133–144.
  6. Форхгеймер Ф. Гидравлика. М.-Л.: ОНТИ, 1935. 616 с.

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