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[2014-12-30] |
[2014-12-30] Pressure Inversion from Geomechanical Data Link to my AGU 2014 presentation on a stable computational technique for inverting induced reservoir pressure change from surface tilt and uplift measurements.
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[2014-09-09] |
[2014-09-09] Joint inversion of time-lapse seismic datasets
Joint full-waveform inversion of time-lapse seismic datasets with model-difference regularization is a promising new technique for identifying production-induced changes within hydrocarbon reservoirs and in the overburden. The proposed technique achieves robust inversion of velocity changes in the presence of challenging survey repeatability issues.
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[2013-12-10] |
[2013-12-10] One-way Modeling of Elastic Wave Propagation Link to the AGU 2013 presentation on a new, computationally efficient technique for numerical extrapolation of elastic wave-fields. The proposed method can be applied to a variety of problems, from global to exploration seismology. |
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[2013-04-30] |
[2013-04-30] On Static Earthquake Triggering Is static stress transfer a significant contributor to earthquake triggering or the phenomenon is mostly dynamic? The referenced paper presents some results of inverting for spatially-heterogeneous source event slip from the distribution of presumed triggered events. Inverted slips matching known data may confirm static stress triggering as a plausible triggering mechanism (see the referenced paper)....display full article text |
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[2013-04-29] |
[2013-04-29] Efficient Computation of Functional Determinants
Functional determinants arise naturally in normalization of functional integrals. When efficient numeric or analytic methods for computing functional determinants are available, functional integration (i.e. Feynman path integral) may offer a computationally viable alternative to perturbative and asymptotic methods. |
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