PE 437: Numerical Methods in Petroleum Engineering Homework #3 The following information for closed boundary oil well is given: Az = O= Ar =700 ft Ay=800 ft 120 ft P= 4850 psia q= 500 STB/D (center of node 1 and node 10) B. = 1.11 RB/STB u = lcp 0.21 C = 1.13*10 -- psi"! At;= 5 hrs; j = 1, 2, 3,...,100 Cfluid = 10.6 x 10-6 psi Number of time steps = 100 Number of nodes in x-direction 10 Maximum run time = 500 hrs Reservoir depth = 7100 ft k_1-10 = 100 md = = 1) Write a simulator program for single phase, slight compressible fluid, one dimensional linear flow using implicit method and print pressure distribution as follows: At Total t P1 P2 P3...... .P10 PE 437: Numerical Methods in Petroleum Engineering Homework #3 The following information for closed boundary oil well is given: Az = O= Ar =700 ft Ay=800 ft 120 ft P= 4850 psia q= 500 STB/D (center of node 1 and node 10) B. = 1.11 RB/STB u = lcp 0.21 C = 1.13*10 -- psi"! At;= 5 hrs; j = 1, 2, 3,...,100 Cfluid = 10.6 x 10-6 psi Number of time steps = 100 Number of nodes in x-direction 10 Maximum run time = 500 hrs Reservoir depth = 7100 ft k_1-10 = 100 md = = 1) Write a simulator program for single phase, slight compressible fluid, one dimensional linear flow using implicit method and print pressure distribution as follows: At Total t P1 P2 P3...... .P10