Petroleum Reservoir SimulationSpringer Netherlands, 1979 - 476 Seiten The book contains a relatively complete treatment of finite-difference models of black-oil type rservoirs. |
Inhalt
INTRODUCTION | 1 |
FLOW OF A SINGLE FLUID IN ONE DIMENSION | 42 |
SOLUTION OF TRIDIAGONAL MATRIX EQUATIONS | 113 |
Urheberrecht | |
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Häufige Begriffe und Wortgruppen
ADI methods algorithm approximation aquifer areal model assumed B₁ banded matrix black-oil block block-centred grid boundary conditions calculated capillary pressure co-ordinates Coats coefficients considered convergence Crank-Nicolson method cross-sectional curves curvilinear grid Darcy's Law defined derived difference equations differential equations discretisation elements elimination example explicit method finite-difference flow equations flow rate fluid formulation functions grid point IMPES method implicit incompressible iterative methods linear LSOR material balance matrix equation multiphase flow Newton's method non-zero nonlinear obtained P₁ partial differential equations phase point-distributed grid relative permeability reservoir simulation S₁ saturation scheme Section SEQ method Settari and Aziz shown in Fig single-phase flow Solution Outline solved SS method stability step three-phase flow transmissibilities treatment tridiagonal tridiagonal matrix truncation errors two-dimensional two-phase two-phase flow u₁ variables vector vertical written zero Δι ді дх
Verweise auf dieses Buch
Introduction to Modeling of Transport Phenomena in Porous Media Jacob Bear,Y. Bachmat Eingeschränkte Leseprobe - 1990 |