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gee-1 50 OTD/D 7,000 1 75 F1,000 ft For ihe 1D, block-centered grid shown in Fig. determine the pressure distribution during the first year of produc- tion. Thee initial reservoir pressure is 6.0o00 psia. The rook and fluid properties for this problem are Ax- 1,000 1, Ay-1,000 ft, Az=75 ft, B 1 RB/STB, G -3.5 x 1O psi 1, ke - 15 md, 0.18, ce, - 10 ep, and B; -1 RB/STB. Use timestep sizes of At- 10, 15, and 30 days. Assume B acts as a constant within the pressure range of interest. L= 5000 loob grid Pressve ds tulaition after 1 yer wing at= 10 days- find 200 -100 95= -150 9 100

gee-1 50 OTD/D 7,000 1 75 F1,000 ft For ihe 1D, block-centered grid shown in Fig. determine the pressure distribution during the first year of produc- tion. Thee initial reservoir pressure is 6.0o00 psia. The rook and fluid properties for this problem are Ax- 1,000 1, Ay-1,000 ft, Az=75 ft, B 1 RB/STB, G -3.5 x 1O psi 1, ke - 15 md, 0.18, ce, - 10 ep, and B; -1 RB/STB. Use timestep sizes of At- 10, 15, and 30 days. Assume B acts as a constant within the pressure range of interest. L= 5000 loob grid Pressve ds tulaition after 1 yer wing at= 10 days- find 200 -100 95= -150 9 100

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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-150 OTD/D 1,000 アロ 1,000 t For ihe 1D, block-centered grid shown in Fig. 器-。 determine the pressure distrilution during the first year of produc- tion. The initial reservoir pressure is 6.000 psia. The rook and fluid properties for this problem are Ax=1,000 (1, Ay-1,000 ft, Az =75 ft, B = 1 RB/STB, c =3.5 x 1O6 psi 1, ke - 15 md, p - 0.18, pe, - 10 cp, and B;-1 RB/STB. Use timestep sizes of At-10, 15, and 30 days. Assume Bị acts as a constant within the pressure range of interest. L= 5000 , loob grid + DM -S fiad Pressve ds tulation after \ year wsing at= 10 days- 9. 200 -100 95= 150
Transcribed Image Text:-150 OTD/D 1,000 アロ 1,000 t For ihe 1D, block-centered grid shown in Fig. 器-。 determine the pressure distrilution during the first year of produc- tion. The initial reservoir pressure is 6.000 psia. The rook and fluid properties for this problem are Ax=1,000 (1, Ay-1,000 ft, Az =75 ft, B = 1 RB/STB, c =3.5 x 1O6 psi 1, ke - 15 md, p - 0.18, pe, - 10 cp, and B;-1 RB/STB. Use timestep sizes of At-10, 15, and 30 days. Assume Bị acts as a constant within the pressure range of interest. L= 5000 , loob grid + DM -S fiad Pressve ds tulation after \ year wsing at= 10 days- 9. 200 -100 95= 150
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