New Technology - Fast-track reservoir characterization of a subtle Paleocene deep-marine turbidite field using a rock physics and seismic modelling-led workflow - Henry Morris, Rod Christensen, David Gawith, and Martyn Millwood Hargrave present a novel approach, based on forward modelling, AVO, and inversion-of-inversion techniques, to identify-track interlocking Palaeocene sand and shale-filled channels in an appraised subtle Palaeocene deep-marine turbidite, Central North Sea.

Morris, Henry | Online Contents | 2007

Rock physics driven inversion: the importance of workflow: A reservoir characterization workflow that spans modelling, processing, and quantitative interpretation within a rock physics driven framework

Kemper, M. | British Library Online Contents | 2010

Dynamic reservoir characterization using 4D multi-component seismic data and rock physics modelling in the Delhi Field, Louisiana

Carvajal, Carla | Online Contents | 2014

Rock physics and reservoir characterization of a calcitic-dolomitic sandstone reservoir

Morris, H. / Hardy, B. / Efthymiou, E. et al. | British Library Online Contents | 2011

Rock Physics Modeling and Seismic Interpretation to Estimate Shally Cemented Zone in Carbonate Reservoir Rock

Handoyo Handoyo / M Rizki Sudarsana / Restu Almiati | DOAJ | 2016