Prof Neil Goulty, MA (Oxon), PhD (Cantab)
2001 – present —Professor of Applied Geophysics, University of Durham
1996 – 2001— Reader in Applied Geophysics, University of Durham
1992 – 1996 — Senior Lecturer in Applied Geophysics, University of Durham
1980 – 1992 — Lecturer in Geophysics, University of Durham
1978 – 1980 — Geophysicist, National Coal Board
1977 – 1978 — Research Associate, University of Newcastle-upon-Tyne
1975 – 1976 — Research Fellow, California Institute of Technology
1974 – 1975 — Research Assistant, University of Cambridge
Career Research Highlights
Neil Goulty has industrial experience as a coal geophysicist, supervising seismic reflection surveys for planning new mines and extensions to existing mines. On appointment at Durham in 1980, he continued to work in exploration geophysics and in recent years has developed new research interests in compaction, diagenesis, overpressure and fluid flow in sedimentary basins.
- Development of a beat-frequency laser strainmeter
- Deducing the mechanics of creep events on the San Andreas Fault
- Application of surface geophysical surveys in coalfield exploration, including the first time-lapse survey
- Directional deconvolution of marine seismic reflection data
- Development of cross-well seismic surveying techniques, including the first depth-migrated images from field data
- Deducing the mechanics of fault development in layer-bound polygonal networks of faults found in fine-grained sediments
- Method to estimate overpressure from porosity and the stress tensor in mudstones within the mechanical compaction regime
- Deducing the emplacement mechanics of the Whin Sill complex
- Reappraisal of overpressure generation in the Lower Kutai Basin
Committee and Society Service
2007 – 2013 — Publications Officer, European Association of Geoscientists and Engineers
2007 – 2013 — Chairman, Editorial Board, First Break
2007 – present — Editorial Board, Petroleum Geoscience
2006 – 2009 — Editorial Board, Applied Geophysics (Chinese Geophysical Society)
Recent & Current Grants
2012 – 2015 — GeoPOP3: Pore pressure and its prediction in clastic sedimentary rocks:
BG–BP – Chevron – CoP – Dong – e.on – eni – Petrobras – Petronas – Statoil – Tullow
2006 – 2009 — Location of gypsum dissolution cavities by seismic reflection surveying: NERC
2007 – 2010 — Hydrodynamics of the Kutai Basin: TOTAL
2008 – 2013 — Lateral Reservoir Drainage: DECC/Ikon/Maersk
- Geomechanics: compaction of sediments, overpressure estimation, development of polygonal fault networks, mechanics of igneous intrusions in sedimentary basins, subsidence due to mineworkings and dissolution of evaporites
- Geophysics: applications of seismic reflection, seismic refraction, gravity and magnetic surveys
Journal papers: academic
- Ireland, M.T., Goulty, N.R. & Davies, R.J. (2011). Influence of stratigraphic setting and simple shear on layer-bound compaction faults offshore Mauritania. Journal of Structural Geology 33(4): 487-499.
- Ramdhan, A.M. & Goulty, N.R. (2011). Overpressure and mudrock compaction in the Lower Kutai Basin, Indonesia: a radical reappraisal. AAPG Bulletin 95(10): 1725-1744.
- Ireland, M.T., Goulty, N.R. & Davies, R.J. (2010). Influence of pore water chemistry on silica diagenesis: evidence from the interaction of diagenetic reaction zones with polygonal fault systems. Journal of the Geological Society 167(2): 273-279.
- Goulty, N.R. & Schofield, N. (2008). Implications of simple flexure theory for the formation of saucer-shaped sills. Journal of Structural Geology 30(7): 812-817.