World's Best Scientists 2026 revealed!

D-Index & Metrics

Engineering and Technology

D-Index
34
Citations
4561
World Ranking
9228
National Ranking
2589

Overview

John Killough is affiliated with Texas A&M University in the United States and has a research focus centered on engineering, particularly within several specialized subfields. Their work spans ocean engineering, mechanical engineering, mechanics of materials, computational mechanics, and statistical and nonlinear physics.

Their research covers a range of topics related to hydraulic fracturing and reservoir analysis, drilling and well engineering, hydrocarbon exploration and reservoir analysis, reservoir engineering and simulation methods, lattice Boltzmann simulation studies, model reduction and neural networks, and enhanced oil recovery techniques.

Killough has contributed scholarly articles to several publication venues, with multiple works appearing in the Journal of Petroleum Science and Engineering, arXiv, the SPE Annual Technical Conference and Exhibition, the Chemical Engineering Journal, and Fuel.

  • A transient two-phase flow model for production prediction of tight gas wells with fracturing fluid-induced formation damage (2021, Journal of Petroleum Science and Engineering)
  • Integrated characterization of the fracture network in fractured shale gas Reservoirs-Stochastic fracture modeling, simulation and assisted history matching (2021, Journal of Petroleum Science and Engineering)
  • Lattice Boltzmann simulation of phase equilibrium of methane in nanopores under effects of adsorption (2021, Chemical Engineering Journal)
  • Investigating the effects of stress creep and effective stress coefficient on stress-dependent permeability measurements of shale rock (2020, Journal of Petroleum Science and Engineering)
  • Effect of vertical heterogeneity and nano-confinement on the recovery performance of oil-rich shale reservoir (2020, Fuel)

Frequent co-authors collaborating with Killough include Jungang Chen, Eduardo Gildin, Jingwei Huang, Yu Jiang, and Yonghui Wu.

The main research topics in Killough's work extensively cover:

  • Hydraulic Fracturing and Reservoir Analysis
  • Drilling and Well Engineering
  • Hydrocarbon exploration and reservoir analysis
  • Reservoir Engineering and Simulation Methods
  • Lattice Boltzmann Simulation Studies
  • Model Reduction and Neural Networks
  • Enhanced Oil Recovery Techniques

Their publications reveal a focus on modeling and simulation approaches addressing complex phenomena in shale gas reservoirs, multiphase fluid flow, stress-dependent permeability in shale rock, and nanoscale adsorption effects, relevant to oil and gas industry applications.

Best Publications

  • Reservoir Simulation With History-Dependent Saturation Functions

    J.E. Killough

  • Beyond dual-porosity modeling for the simulation of complex flow mechanisms in shale reservoirs

    Bicheng Yan;Yuhe Wang;John E. Killough

  • Ninth SPE Comparative Solution Project: A Reexamination of Black-Oil Simulation

    J.E. Killough

  • Fifth Comparative Solution Project: Evaluation of Miscible Flood Simulators

    J. E. Killough;C. A. Kossack

  • Compositional Modeling of Tight Oil Using Dynamic Nanopore Properties

    Yuhe Wang;Bicheng Yan;John Killough

  • An efficient method for fractured shale reservoir history matching: The embedded discrete fracture multi-continuum approach

    Z. Chai;B. Yan;J.E. Killough;Y. Wang

  • Simulation of Compositional Reservoir Phenomena on a Distributed-Memory Parallel Computer

    J.E. Killough;Rao Bhogeswara

  • History Matching Using the Method of Gradients: Two Case Studies

    R.C. Bissell;Yogeshwar Sharma;J.E. Killough

  • Numerical investigation of gas flow rate in shale gas reservoirs with nanoporous media

    Hongqing Song;Hongqing Song;Mingxu Yu;Weiyao Zhu;Peng Wu

  • Parallel Iterative Linear Equation Solvers: An Investigation of Domain Decomposition Algorithms for Reservoir Simulation

    J.E. Killough;M.F. Wheeler

  • Numerical Investigation of Effects of Subsequent Parent-Well Injection on Interwell Fracturing Interference Using Reservoir-Geomechanics-Fracturing Modeling

    Xuyang Guo;Kan Wu;Cheng An;Jizhou Tang

  • A New Approach for the Simulation of Fluid Flow in Unconventional Reservoirs through Multiple Permeability Modeling

    Bicheng Yan;Masoud Alfi;Yuhe Wang;John Edwin Killough

  • A transient two-phase flow model for production prediction of tight gas wells with fracturing fluid-induced formation damage

    Yonghui Wu;Yonghui Wu;Linsong Cheng;Liqiang Ma;Shijun Huang

  • Computed tomography imaging of air sparging in porous media

    May-Ru Chen;Richard E. Hinkley;John E. Killough

  • Impact of permeability heterogeneity on production characteristics in water-bearing tight gas reservoirs with threshold pressure gradient

    Hongqing Song;Hongqing Song;Yang Cao;Mingxu Yu;Yuhe Wang

  • Integrated characterization of the fracture network in fractured shale gas Reservoirs—Stochastic fracture modeling, simulation and assisted history matching

    Yonghui Wu;Yonghui Wu;Yonghui Wu;Linsong Cheng;John Killough;Shijun Huang

  • Investigation of Production-Induced Stress Changes for Infill-Well Stimulation in Eagle Ford Shale

    Xuyang Guo;Kan Wu;John Killough

  • A fully compositional model considering the effect of nanopores in tight oil reservoirs

    Bicheng Yan;Yuhe Wang;John E. Killough

  • An analytical method for modeling and analysis gas-water relative permeability in nanoscale pores with interfacial effects

    Tianxin Li;Hongqing Song;Hongqing Song;Jiulong Wang;Yuhe Wang

  • Evaluation of CO2 injection into shale gas reservoirs considering dispersed distribution of kerogen

    Jingwei Huang;Tianying Jin;Maria Barrufet;John Killough

  • General Multi-Porosity simulation for fractured reservoir modeling

    Bicheng Yan;Masoud Alfi;Cheng An;Yang Cao

  • Uncertainty Quantification of the Fracture Network with a Novel Fractured Reservoir Forward Model

    Zhi Chai;Hewei Tang;Youwei He;John Killough

  • Analyzing the Well-Interference Phenomenon in the Eagle Ford Shale/Austin Chalk Production System With a Comprehensive Compositional Reservoir Model

    Hewei Tang;Bicheng Yan;Zhi Chai;Lihua Zuo

  • Investigating the pressure characteristics and production performance of liquid-loaded horizontal wells in unconventional gas reservoirs

    Hewei Tang;Zhuang Sun;Youwei He;Youwei He;Zhi Chai

  • A Transient Two-Phase Flow Model for Production Prediction of Tight Gas Wells with Fracturing Fluid-Induced Formation Damage

    Yonghui Wu;Linsong Cheng;Shijun Huang;Sidong Fang

Frequent Co-Authors

Kamy Sepehrnoori
Kamy Sepehrnoori The University of Texas at Austin
Matthew T. Balhoff
Matthew T. Balhoff The University of Texas at Austin
Timothy J. Kneafsey
Timothy J. Kneafsey Lawrence Berkeley National Laboratory
Vamegh Rasouli
Vamegh Rasouli University of Wyoming
George J. Moridis
George J. Moridis Lawrence Berkeley National Laboratory
Mary F. Wheeler
Mary F. Wheeler The University of Texas at Austin
Keliu Wu
Keliu Wu China University of Petroleum, Beijing

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