V. SEMESTER Course Code: 02040501 Degree: Year/Term: Bachelor's 3./Fall Course Name: Reservoir Engineering - I degree Education Type: Education Type: National ECTS Theoretical Courses Language: Compulsory Credit: Credit: Turkish 3 4 Lecturers: Pushing mechanisms of hydrocarbon reservoirs, classification and determination of the amount of the reserve, widely used material balance equations are derived for different pushing mechanisms and implementation in Content Of Course: reservoir engineering, Volumetric water balance equation to be used in a variety of pushing mechanisms disclosure The uncertainty of reserve estimates on the digitization. Analytical thinking and reasoning to solve problems with improve their ability to reservoir engineering through Integrated Physics, mathematics, and engineering sciences the application of Objectives of the sciences, Course: In the presence of uncertainty and lack of knowledge and economic assessments, the main reservoir management decisions to improve the students' ability. Craft B.C., Hawkins, M.F., (1959) Applied Petroleum Reservoir Engineering, Prentice Hall Inc., New Jersey. Amyx, J. W., Bass, Jr. D. M and Whiting, R. L., 1960, Petroleum Reservoir Engineering-Physical Properties, Recommended McGraw-Hill. Slider, H. C., 1976, Practical Petroleum Reservoir Resources: Engineering Methods, PennWell, ISBN:0878140611. Calhoun, Jr J. C., 1976, Fundamentals of Reservoir Engineering, University of Oklahoma Press, ISBN:0806113898. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: Rock Properties(02040404) and Fluid Properties (02040405) courses have passed with CC NOTE:
V. SEMESTER Course Code: Course Name: 02040501 Reservoir Engineering - I Degree: Bachelor's degree Year/Term: 3./Fall Education Type: Theoretical Courses Education Language: Turkish Type: Compulsory National Credit: 3 ECTS Credit: 4 Lecturers: Content Of Course: Pushing mechanisms of hydrocarbon reservoirs, classification and determination of the amount of the reserve, widely used material balance equations are derived for different pushing mechanisms and implementation in reservoir engineering, Volumetric water balance equation to be used in a variety of pushing mechanisms disclosure The uncertainty of reserve estimates on the digitization. Objectives of the Course: Analytical thinking and reasoning to solve problems with improve their ability to reservoir engineering through Integrated Physics, mathematics, and engineering sciences the application of In the presence of uncertainty and lack of knowledge and economic assessments, the main reservoir management decisions to improve the students' ability. Recommended Resources: Craft B.C., Hawkins, M.F., (1959) Applied Petroleum Reservoir Engineering, Prentice Hall Inc., New Jersey. Amyx, J. W., Bass, Jr. D. M and Whiting, R. L., 1960, Petroleum Reservoir Engineering-Physical Properties, McGraw-Hill. Slider, H. C., 1976, Practical Petroleum Reservoir Engineering Methods, PennWell, ISBN:0878140611. Calhoun, Jr J. C., 1976, Fundamentals of Reservoir Engineering, University of Oklahoma Press, ISBN:0806113898. Evaluatıon Methods: Midterm exam: 40%; Final: 60% Prerequisite: Rock Properties(02040404) and Fluid Properties (02040405) courses have passed with CC NOTE: sciences,
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