02086cam a22003137i 4500 4287 4287 19289215 20250903091552.0 160923t20172017ne a b 001 0 eng d 2016954730 9780128105184 0128105186 (OCoLC)ocn951507293 KyU eng KyU rda KyUL IXA OCLCF IGA DLC lccopycat TN 870 .C16 2017 Chin, Wilson C., author. Quantitative methods in reservoir engineering / Chin Wilson C. 2nd edition. India Elsevier 2017 668p. illustrations ; 24 cm Includes bibliographical references (pages 641-647) and index. Motivating ideas and governing equations -- Fracture flow analysis -- Flows past shaly bodies -- Streamline tracing and complex variables -- Flows in complicated geometries -- Radial flow analysis -- Finite difference methods for planar flows -- Curvilinear coordinates and numerical grid generation -- Steady-state reservoir applications -- Transient compressible flows : numerical well test simulation -- Effective properties in single and multiphase flows -- Modeling stochastic heterogeneities -- Real and artificial viscosity -- Borehole flow invasion, lost circulation, and time lapse logging -- Horizontal, deviated, and modern multilateral well analysis -- Fluid mechanics of invasion -- Static and dynamic filtration -- Formation tester applications -- Analytical Methods for Time Lapse Well LoggingAnalysis -- Complex invasion problems : numerical modeling -- Forward and inverse multiphase flow modeling. Oil reservoir engineering. Statistics School of Pure and Applied Sciences TECHNOLOGY & ENGINEERING / Petroleum. Statistics School of Pure and Applied Sciences Oil reservoir engineering. Statistics School of Pure and Applied Sciences 7 cbc copycat 2 ncip 20 y-gencatlg lcc LLB 0 0 lcc 0 0 NFIC KyUCL KyUCL GEN 2020-10-07 Donation 10867.00 TN 870 .C16 2017 KyU/2020/7816 2020-10-21 2020-10-21 LLB