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Электронный каталог: Neelova, E. Y. - Practical principles of geological modeling. Part 1
Neelova, E. Y. - Practical principles of geological modeling. Part 1
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Электронный ресурс
Автор: Neelova, E. Y.
Ч. 1: Practical principles of geological modeling. Part 1 : study aid
Издательство: ТИУ, 2026 г.
ISBN 978-5-9961-3561-5
Автор: Neelova, E. Y.
Ч. 1: Practical principles of geological modeling. Part 1 : study aid
Издательство: ТИУ, 2026 г.
ISBN 978-5-9961-3561-5
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Электронный ресурс
Neelova, E. Y.
Ч. 1 : Practical principles of geological modeling. Part 1 : study aid. – Тюмень : ТИУ, 2026. – 85 с. – Режим доступа : https://e.lanbook.com/book/528403, https://e.lanbook.com/img/cover/book/528403.jpg. – Книга из коллекции ТИУ - Инженерно-технические науки. – На рус. яз. – ISBN 978-5-9961-3561-5.
Three-dimensional geological modeling is an integral part of the oil and gas field development process. The three-dimensional geological model makes it possible to take into account the entire volume of source data available to describe the geometry and properties of the reservoir and obtain a three-dimensional calculation of hydrocarbon volumes, as well as assess risks and uncertainties based on multivariate modeling. The geological model is also the basis for the simulation model, which in turn is used to justify the most efficient field development system. In many ways, the predictive properties of a hydrodynamic model are influenced by the quality of a three-dimensional geological model. This workbook is intended for university students studying the disciplines "3D Geological Modeling", "Oil and Gas Production Geology", "Geological and Simulation Modeling", "Geometry of the subsurface" for students studying in English. The tutorial includes two parts. In the first part, general methods of studying oil and gas deposits in the process of exploration and field development are considered, in particular, the principles of identifying various lithotypes based on geophysical well log data, methods for studying the shape and structure of reservoir, and principles of well correlation. Various methods of two-dimensional mapping are considered. In the second part of the workbook, the main stages of three-dimensional geological modeling are considered, including the construction of a structural framework, the justification of parameters and the creation of a three- dimensional grid, facies modeling, the construction of three-dimensional parameters of reservoir properties, and the reserves calculation.
553.982.2
основной = ЭБС Лань
Neelova, E. Y.
Ч. 1 : Practical principles of geological modeling. Part 1 : study aid. – Тюмень : ТИУ, 2026. – 85 с. – Режим доступа : https://e.lanbook.com/book/528403, https://e.lanbook.com/img/cover/book/528403.jpg. – Книга из коллекции ТИУ - Инженерно-технические науки. – На рус. яз. – ISBN 978-5-9961-3561-5.
Three-dimensional geological modeling is an integral part of the oil and gas field development process. The three-dimensional geological model makes it possible to take into account the entire volume of source data available to describe the geometry and properties of the reservoir and obtain a three-dimensional calculation of hydrocarbon volumes, as well as assess risks and uncertainties based on multivariate modeling. The geological model is also the basis for the simulation model, which in turn is used to justify the most efficient field development system. In many ways, the predictive properties of a hydrodynamic model are influenced by the quality of a three-dimensional geological model. This workbook is intended for university students studying the disciplines "3D Geological Modeling", "Oil and Gas Production Geology", "Geological and Simulation Modeling", "Geometry of the subsurface" for students studying in English. The tutorial includes two parts. In the first part, general methods of studying oil and gas deposits in the process of exploration and field development are considered, in particular, the principles of identifying various lithotypes based on geophysical well log data, methods for studying the shape and structure of reservoir, and principles of well correlation. Various methods of two-dimensional mapping are considered. In the second part of the workbook, the main stages of three-dimensional geological modeling are considered, including the construction of a structural framework, the justification of parameters and the creation of a three- dimensional grid, facies modeling, the construction of three-dimensional parameters of reservoir properties, and the reserves calculation.
553.982.2
основной = ЭБС Лань