Satya Harpalani
Affiliations: | Engineering Science | Southern Illinois University at Carbondale, Carbondale, IL |
Area:
Mining EngineeringGoogle:
"Satya Harpalani"Children
Sign in to add traineeBasanta K. Prusty | grad student | 2005 | SIU Carbondale |
Abhijit Mitra | grad student | 2010 | SIU Carbondale |
Rohit Pandey | grad student | 2013-2020 | SIU Carbondale (Neurotree) |
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Publications
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Pandey R, Harpalani S. (2019) Impact of bioconversion on matrix strain response of coal reservoirs: Part 1-Experimental insights Fuel. 239: 1363-1375 |
Pandey R, Harpalani S. (2019) Impact of bioconversion on matrix strain response of coal reservoirs: Part 2-Reservoir insights Fuel. 239: 1376-1387 |
Saurabh S, Harpalani S. (2019) Anisotropy of coal at various scales and its variation with sorption International Journal of Coal Geology. 201: 14-25 |
Feng R, Harpalani S, Saurabh S. (2018) Experimental investigation of in situ stress relaxation on deformation behavior and permeability variation of coalbed methane reservoirs during primary depletion Journal of Natural Gas Science and Engineering. 53: 1-11 |
Saurabh S, Harpalani S. (2018) The effective stress law for stress-sensitive transversely isotropic rocks International Journal of Rock Mechanics and Mining Sciences. 101: 69-77 |
Pandey R, Harpalani S. (2018) An imaging and fractal approach towards understanding reservoir scale changes in coal due to bioconversion Fuel. 230: 282-297 |
Saurabh S, Harpalani S. (2018) Modeling of microbial methane generation from coal and assessment of its impact on flow behavior Fuel. 216: 274-283 |
Saurabh S, Harpalani S. (2018) Stress path with depletion in coalbed methane reservoirs and stress based permeability modeling International Journal of Coal Geology. 185: 12-22 |
Sang G, Elsworth D, Liu S, et al. (2017) Characterization of Swelling Modulus and Effective Stress Coefficient Accommodating Sorption-Induced Swelling in Coal Energy & Fuels. 31: 8843-8851 |
Bi Z, Zhang J, Park S, et al. (2017) A formation water-based nutrient recipe for potentially increasing methane release from coal in situ Fuel. 209: 498-508 |