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Panchadhara, R.N. Gajbhiye, G.S. Lee, and S.I. Kam, _The Impact of Oil on Foam Stability throughout Foam Move in Pipes,_ Editorial Invitation, Exploration & Production: The Oil and Gasoline Assessment, Vol. 9, Challenge 1, p. Forty one-44, April 2011.
R.N. Gajbhiye and S.I. Kam, _Characterization of Foam Circulation in Horizontal Pipes through the use of Two-Move-Regime Concept,_ Chemical Engineering Science, Vol. 66, p. 1536-1549, 2011.
M. Namdar-Zanganeh, S.I. Kam, T. La Pressure, and W.R. Rossen, _The method of Characteristics Applied to Oil Displacement by Foam,” SPE Journal, vol. Sixteen, No. 1, p. Eight-23, 2011.
G.S. Lee, J.S. Jang, J.Y. Um, E.Y. Kim, and S.I. Kam, _A Field Research of Surfactant-Enhanced In-situ Remediation by utilizing Horizontal Wells and Trench in a Hilly Terrain,_ Green Remediation _ Surroundings, Energy, Economics, p. 21-24, Oct. 2010.
A. Afsharpoor, G.S. Lee and S.I. Kam, _Mechanistic Simulation of Fuel Injection throughout Surfactant-Alternating-Gasoline (SAG) Processes Utilizing Foam Catastrophe Idea,_ Chemical Engineering Science, Vol. 65, p. 3615-3631, 2010.
S.I. Kam, _Mechanistic Modeling of Pipeline Leak Detection at Fastened Inlet Fee,_ Journal of Petroleum Science and Engineering, Vol. 70, Issues 3-four, p. 145-156, 2010.
M. Bogdanovic, R.N. Gajbhiye and S.I. Kam, _Experimental Examine of Foam Movement in Pipes: Two Distinct Stream Regimes,_ Colloids and Surfaces A: Physicochemical and Engineering Points, Vol. 344, Concern 4, p. Fifty six-71, 2009.
A. Rosman and S.I. Kam, _Modeling Foam-Diversion Course of using Three-Phase Fractional Movement Evaluation in a Layered System_, Energy Sources Part A: Recovery, Utilization, and Environmental Effects, Vol. 31, Issue 11, p. 936 _ 955, 2009.
J.S. Tang and S.I. Kam, _Modeling of Pollutant Transport from a Stationary Phase right into a Flowing Stream with Reversible Adsorption,_ Vitality Sources Half A: Restoration, Utilization, and Environmental Results, Vol. 31, Issue four, p. 338-347, 2009.
A. Roostapour, G.S. Lee, and S.I. Kam, _Unconventional Fractional Circulate Curves for Mechanistic Foam Circulation Modeling and Simulation in Porous Media,_ Editorial Invitation, Exploration & Production: The Oil and Fuel Review, Vol. 7, Difficulty 2, p. 55-fifty eight, November, 2009.
R.N. Gajbhiye and S.I. Kam, “Leak Detection in Subsea Pipeline: A Mechanistic Modeling Method With Fastened Pressure Boundaries,_ SPE Initiatives, Facilities & Development, p. 1-10, December 2008.
D.J. Mayberry, diagram of petroleum refinery news A. Afsharpoor and S.I. Kam, _Using Fractional Flow Principle for Foam Displacement in Presence of Oil_, SPE Reservoir Analysis and Engineering, p. 707-718, August 2008. _ Thought of for the 2009 Cedric Ok. Ferguson Medal Award
S.I. Kam, _Improved Mechanistic Foam Simulation with Foam Catastrophe Principle,_ Colloids and Surfaces A: Physicochemical and Engineering Elements, Vol. 318, p. Sixty two_77, April 2008.
S.I. Kam, _Complication of Boundary Circumstances in Mechanistic Modeling of Subsea Pipeline Leak Detection,_ Editorial Invitation, Exploration & Manufacturing: The Oil and Fuel Evaluation, Vol. 6, Problem 1, April, 2008.
Z.F. Dholkawala, H.Ok. Sarma and S.I. Kam, “Application of Fractional Move Principle to Foams in Porous Media,_ Journal of Petroleum Science and Engineering, Vol. 57, p. 152-165, Could 2007. _ _High-20 most cited articles” as published in Journal of Petroleum Science and Engineering 2007-2010
S.I. Kam, W.W. Frenier, S.N. Davies and W.R. Rossen, “Experimental Research of High-Temperature Foam for Acid Diversion,” Journal of Petroleum Science and Engineering, Vol. 58, p. 138_160, August 2007.
S.I. Kam, Q.P. Nguyen, Q. Li and W.R. Rossen, “Dynamic Simulation with an Improved Mannequin for Foam Era,_ SPE Journal, p. 35_48, March 2007. _ Thought of for the 2008 Cedric Ok. Ferguson Medal Award
S.I. Kam and J. Choe, “Implication of Foam Generation Floor on Shallow Groundwater Remediation,_ Journal of Korean Geosystem Engineering, Vol. Forty three, No. 5, p. 499-508, October, 2006.
S.I. Kam and W.R. Rossen, “A Mannequin for Foam Technology in Homogeneous Media,” SPE Journal, p. 417-425, Dec. 2003.
C.Ok. Mamun, J.G. Rong, S.I. Kam, H.M. Liljestrand and W.R. Rossen, “Simulating Use of Foam in Aquifer Remediation,” Developments in Water Science, Vol. 47, No. 1, p. 867-874, June, 2002.
L. Cheng, S.I. Kam, M. Delshad and W.R. Rossen, “Simulation of Dynamic Foam-Acid Diversion Processes,” SPE Journal, p. 316-324, Sept. 2002.
P.A. Gauglitz, F. diagram of petroleum refinery news Friedmann, S.I. Kam and W.R. Rossen, “Foam Generation in Homogeneous Porous Media,” Chemical Engineering and Science, Vol. 57, p. 4037-4052, Oct. 2002.
S.I. Kam, P.A. Gauglitz and W.R. Rossen, “The Yield Stress of Foamy Sands,” Colloids and Surfaces, A: Physicochemical and Engineering Features, Vol. 202, Problem 1, p. Fifty three-sixty two, March 2002.
S.I. Kam and W.R. Rossen, “The Compressibility of Foamy Sands,” Colloids and Surfaces, A: Physicochemical and Engineering Features, Vol. 202, Problem 1, p. 63-70, March 2002.
S.I. Kam, P.A. Gauglitz and W.R. Rossen, “Efficient Compressibility of a Bubbly Slurry I. Mechanisms of Bubble Progress,” Journal of Colloid and Interface Science, Vol. 241, No. 1, p. 248-259, 2001.
S.I. Kam, P.A. Gauglitz and W.R. Rossen, “Effective Compressibility of a Bubbly Slurry II. Fit to Field Measurement and Implications,” Journal of Colloid and Interface Science, Vol. 241, No. 1, p. 260-268, 2001.
S.I. Kam and W.R. Rossen, “Anomalous Capillary Stress, Stress, and Stability of Solids-Coated Bubbles,” Journal of Colloid and Interface Science, Vol. 213, No.2, p. 329-339, 1999.
S.I. Kam and J.M. Kang, “An Efficient Method for Simulation of Kill,” Journal of Japanese Association for Petroleum Technology, Vol. 60, No.3, 199-209, Might, 1995.
S.I. Kam and J.M. Kang, “A Simulation of Kill Processes Combining Transient and Pseudosteady state,” Journal of Korean Institute of Mineral & Energy Assets Engineers, Vol.

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