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Hamdi Tchelepi is the Max Steineke Professor at Stanford University, where he holds a dual appointment in the Department of Energy Science and Engineering and the Department of Energy Resources Engineering. With a research focus on numerical simulations of flow and transport in porous media, he has contributed significantly to the modeling and simulation of fluid dynamics in diverse applications, including subsurface CO2 sequestration and the development of next-generation lithium-ion batteries. His roles have included serving as the Chair of the Department of Energy Science and Engineering and as the co-director of the Center for Computational Earth & Environmental Sciences. Tchelepi has authored numerous patents and is an editorial board member for various scientific journals. He has garnered several prestigious awards, including the President's Individual Achievement Award from Chevron Schlumberger for his contributions to the Intersect Project, and he has been recognized as a Distinguished Member of the Society of Petroleum Engineers (SPE). He teaches courses on multiphase flow, porous media, and reservoir simulation, preparing the next generation of engineers in these critical fields.
Stanford University • Stanford, California
Professor in the Department of Energy Resources Engineering, focusing on energy science and engineering.
Stanford University - Department of Energy Science and Engineering • Stanford, California
Chair of the Department of Energy Science and Engineering.
Stanford University - Department of Energy Resources Engineering • Stanford, California
Chair of the Department of Energy Resources Engineering.
Stanford University - Center for Computational Earth & Environmental Sciences • Stanford, California
Co-Director of the center focusing on computational approaches to geosciences.
Stanford University - Department of Energy Resources Engineering • Stanford, California
Associate Professor specializing in energy resources.
Chevron Energy Technology Company • Houston, Texas
Led research projects in energy technology and simulation methods.
Patent for methods relating to multiphase flow simulations.
Patent for innovative methods in oilfield simulations.
Patent addressing dynamic upscaling in multiphase flow.
Patent for multi-scale methods in porous media.
Patent focusing on simulation operations in oilfields.
Patent for improved reservoir simulation techniques.
Patent for advanced reservoir simulation methods.
Patent related to solving non-linear functions.
Patent for a multi-scale method in subsurface flow.
Patent focusing on multiscale methods in subsurface flow simulation.
The Computer Science department emphasizes research potential. GRE General is currently optional but recommended for some tracks.