Bombay / Blacksburg / Houston / Tulsa / Brisbane / San Antonio / Austin / ONGC / Rotterdam / Washington / DC / Philadelphia / New Orleans / Cambridge / North Slope Subsurface / London / Mumbai / San Diego / /
Company
Schlumberger / BP / Earth Technology Corp. / Pinnacle Technologies / CGS Inc. / J. and Pollard D.D. / Meredith / Fracture Networks / Cambridge U. Press / Mobil / SPE Asia Pacific Oil and Gas / Arco / /
Country
Netherlands / Sweden / Qatar / Australia / United Kingdom / India / / /
Facility
Production Technical Center / Stripa Mine / SI Metric bar / /
IndustryTerm
analytical solution / chemical engineering / synkinematic cement / gas cuts / tight gas sandstones / connected systems / post-kinematic cement / power-law relationship as8 / chemical effects / post-kinematic cement percentages / cement / parallel-plate law as19 kfrac / potential permeabilitydamaging cement / /
MarketIndex
SCC / /
NaturalFeature
Apache Canyon / /
OperatingSystem
Fork / /
Organization
Yale / Production Technical Center in Dallas / Texas A&M / Bureau of Economic Geology / /
Person
Jon E. Olson / Stanford U. Stephen / Jon Holder / Stephen E. Laubach / Joel L. Lardon / James W. Jennings Jr. / F. Jerry Lucia / U. Stephen E. Laubach / / /
Position
research scientist / production/ process engineer / senior research engineer / professor of geology / diagnostic engineer / research associate / senior research scientist / assistant / associate professor / research engineer / reservoir engineer / representative / associate professor / Distinguished Lecturer / /
ProvinceOrState
Texas / Kerala / Virginia / Alaska / Wyoming / Illinois / New Mexico / Pennsylvania / California / /
Modeling Coupled Fracture-Matrix Fluid Flow in Geomechanically Simulated Fracture Networks Zeno G. Philip,* SPE, James W. Jennings Jr., SPE, Jon E. Olson, SPE, Stephen E. Laubach, SPE, and Jon Holder, U. of Texas at Aust