Page 388 - Standard Handbook Petroleum Natural Gas Engineering VOLUME2

354 Reservoir Engineering

222. George, C. J., and Stiles, L. H., “Improved Techniques for Evaluating Carbo-
nate Waterfloods in West Texas,”J. Pet. Tech. (Nov. 1978), pp. 1547-1554.
223. Gilbert, W. E., “Flowing and Gas-lift Well Performance,” Lh-iZZ. €9’ Prod. Bu.,
API (1955), pp. 126-157.
224. Vogel, J. V., “Inflow Performance Relationships for Solution-Gas Drive Wells,”
Trans., AIME (1968), pp. 83-92.
225. Standing, M. B., “Inflow Performance Relationships for Damaged Wells
Producing by SolutionGas Drive,” J. Pet. Tech. (Nm. 1970), pp. 1399-1400.
226. Fetkovich, M. J., “The Isochronal Testing of Oil Wells,” paper SPE 4529
presented at the SPE 48th Annual Fall Meeting, Las Vegas, Sept. 90-Oct. 3,
1973.
227. Patton, L. D., and Goland, M., “Generalized IPR Curves for Predicting Well
Behavior,” Pet. Eng. International (Sept. 1980), pp. 92-102.

Pressure Translent Testlng of 011 and Gas Wells
228. Lee, J., Well Testing, SPE, Dallas (1982).
229. Miller, C. C., Dyes, A. B., and Hutchinson, C. A., Jr., “Estimation of
Permeability and Reservoir Pressure From Bottom-Hole Pressure Build-Up
Characteristics,” Trans., AIME, Vol. 189 (1950), pp. 91-104.
230. Homer, D. R., ”Pressure Build-Up in Wells,” hc., Third. World Pet. Conf.,
The Hague (1951) Sec. 11, pp. 503-523. Also R.eprint Series, No. 9-Pressure
Analysis Methods, SPE, Dallas (1967), pp. 25-43.
231. van Everdingen, A. F., “The Skin Effect and Its Influence on the Productive
Capacity of a Well,” Trans., AIME, Vol. 198 (1953), pp. 171-176. Also Reprint
Series, No. 9-preSsure Analysis Methods, SPE, Dallas( 1967), pp. 45-50.
232. Hurst, W., “Establishment of the Skin Effect and Its Impediment to Fluid
Flow Into a Well Bore,” Pet. Eng. (Oct. 1953), B-6 through B-16.
233. Ramey, H. J., Jr., “Short-Time Well Test Data Interpretation in the Presence
of Skin Effect and Wellbore Storage,” J. Pet. Tech. (Jan. 1970), pp. 97-104;
Trans., AIME, Vol. 249.
234. Agarwal, R. G., Al-Hussainy, R., and Ramey, H. J., Jr., “An Investigation of
Wellbore Storage and Skin Effect in Unsteady Liquid Flow: I. Analytical
Treatment,” SOC. Pet. Eng.J. (Sept. 1970), pp. 279-290; Trans., AIME, Vol. 249.
235. Wattenbarger, R. A., and Ramey, H. J.,, Jr., “An Investigation of Wellbore
Storage and Skin Effect in Unsteady Liquid Flow: 11. Finite Difference
Treatment,” SOC. Pet. Eng. J (Sept. 1970), pp. 291-297; Trans., AIME, Vol. 249.
236. McKinley, R. M., “Wellbore Transmissibility From Afterf low-Dominated
Pressure Buildup Data,” J. Pet. Tech. uuly 1971), pp. 863-872; Trans., AIME,
Vol. 251.
237. McKinley, R. M., “Estimating Flow Efficiency From Afterf low-Distorted
Pressure Buildup Data,”J Pet. Tech. (June 1974), pp. 696-697.
238. Gringarten, A. C., Ramey, H. J., Jr., and Raghavan, R., “Unsteady-State
Pressure Distributions Created by a Well With a Single Infinite-Conductivity
Vertical Fracture,” SOC. Pet. Eng. J. (Aug. 1974), pp. 347-360; Trans., AIME,
Vol. 257.

Mechanisms & Recovery of Hydrocarbons by Natural Means
239. “Statistical Analysis of Crude Oil Recovery and Recovery Efficiency,” API
BUL D14, second edition, API Prod. Dept., Dallas (Apr. 1984).
240. “A Statistical Study of Recovery Efficiency,” API BUL D14, API Prod. Dept.,
Dallas (Oct. 1967).