Volume 3 of Advanced Petrophysics presents the Solutions to the 150 end-of-chapter exercises and projects in Volumes 1 and 2.
His previous petroleum industry affiliations were with Shell-BP Petroleum Develop.
He has won numerous awards for teaching and professional excellence including the prestigious Texas Excellence Teaching Award, the Petroleum Engineering Teaching Excellence Award in the Cockrell School of Engineering, the Society of Petroleum Engineers International Distinguished Achievement Award for Petroleum Engineering Faculty, and the Society of Petroleum Engineers Distinguished Member Award.
Peters established a reputation as an excellent teacher early in his academic career and consistently received very high ratings for teaching effectiveness at the University of Texas and at industry short courses.
Dr.
A recognized expert in flow through porous media and petrophysics, he has published papers on various aspects of petroleum engineering based on the results of original research.
He has conducted numerous short courses for the petroleum industry in the Unites States, Canada, Nigeria, Mexico, Venezuela, Brazil, Japan, Indonesia, Ecuador, and Trinidad & Tobago.
At the University of Texas, he taught courses in introduction to the petroleum industry, drilling and well completions, production technology and design, Advanced pressure transient analysis, petroleum fluid properties, and Advanced petrophysics.
From 1997-2001, he was the Chairman of the Department of Petroleum & Geosystems Engineering where he provided administrative and academic leadership to the highly ranked department.
Endowed Professorship in Petroleum Engineering at the University of Texas at Austin where he was a faculty member for over 31 years.
Fancher, Jr.
He was the holder of the Frank W Jessen Endowed Professorship and the George H.
Peters has over 35 years of petroleum engineering experience in field operations, petrophysics, higher education, and research.
Ekwere J.
About the Author: Dr.
Volume 3 of Advanced Petrophysics presents the Solutions to the 150 end-of-chapter exercises and projects in Volumes 1 and 2
