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meeting_2018 [2018/05/22 16:02] vegahag [Session 2: Modeling, Processing and Anisotropy] |
meeting_2018 [2018/06/06 10:44] (current) vegahag |
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| ^Time ^Title ^Author ^Company | | ^Time ^Title ^Author ^Company | | ||
| - | |09:40 | Understanding pore compliance and poroelasticity in reservoir (and beyond): A geophysical approach {{2018: | + | |09:40 | Understanding pore compliance and poroelasticity in reservoir (and beyond): A geophysical approach {{2018: |
| |10:00 | Rock Physics models for fractured rocks saturated with two immiscible fluids {{2018: | |10:00 | Rock Physics models for fractured rocks saturated with two immiscible fluids {{2018: | ||
| |10:20 | From B to A – the influence of subsurface injection or depletion on pore pressure in surrounding rocks {{2018: | |10:20 | From B to A – the influence of subsurface injection or depletion on pore pressure in surrounding rocks {{2018: | ||
| - | |10:40 | Rock physics characterization of a deep overburden shale {{2018: | + | |10:40 | Rock physics characterization of a deep overburden shale {{2018:bakk.pdf|.pdf}} | Audun Bakk |SINTEF| |
| - | |11:00 | On some unsolved issues in shale rock physics - How do we model compaction, cementation and uplift of shales? {{2018: | + | |11:00 | On some unsolved issues in shale rock physics - How do we model compaction, cementation and uplift of shales? {{2018: |
| |11:20 | Can controlled laboratory experiments be linked to uplift estimation? {{2018: | |11:20 | Can controlled laboratory experiments be linked to uplift estimation? {{2018: | ||
| |11:35 | Relating static and dynamic stiffnesses of shales: effects of frequency and stress {{2018: | |11:35 | Relating static and dynamic stiffnesses of shales: effects of frequency and stress {{2018: | ||
| Line 35: | Line 35: | ||
| ==== Session 2: Modeling, Processing and Anisotropy ==== | ==== Session 2: Modeling, Processing and Anisotropy ==== | ||
| ^Time ^Title ^Author ^Company | | ^Time ^Title ^Author ^Company | | ||
| - | |13:00 | Elimination of time dispersion from wave equation modelling in elastic and anelastic media {{2018: | + | |13:00 | Elimination of time dispersion from wave equation modelling in elastic and anelastic media {{2018: |
| |13:20 | S-waves in acoustic TTI media {{2018: | |13:20 | S-waves in acoustic TTI media {{2018: | ||
| - | |13:40 | Normal modes in an orthorhombic medium {{2018: | + | |13:40 | Normal modes in an orthorhombic medium {{2018: |
| - | |14:00 | A new parametrization in acoustic orthorhombic media {{2018: | + | |14:00 | A new parametrization in acoustic orthorhombic media {{2018: |
| - | |14:20 | Interaction of wave modes in layered orthorhombic media {{2018: | + | |14:20 | Interaction of wave modes in layered orthorhombic media {{2018: |
| == 14:40 Coffee break == | == 14:40 Coffee break == | ||
| ^Time ^Title ^Author ^Company | | ^Time ^Title ^Author ^Company | | ||
| - | |15:10 | Drift and attenuation on the NCS: A new look at an old approach {{2018: | + | |15:10 | Drift and attenuation on the NCS: A new look at an old approach {{2018: |
| |15:30 | Estimating velocities and layer thickness changes from diving waves {{2018: | |15:30 | Estimating velocities and layer thickness changes from diving waves {{2018: | ||
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| ==== Session 3: Seismic acquisition and broadband seismic ==== | ==== Session 3: Seismic acquisition and broadband seismic ==== | ||
| ^Time ^Title ^Author ^Company | | ^Time ^Title ^Author ^Company | | ||
| - | | 15:50 | TopSeis, results of the 2017 Barents Sea campaign {{2018: | + | | 15:50 | TopSeis, results of the 2017 Barents Sea campaign {{2018: |
| - | | 16:10 | Signal-apparition based simultaneous source decoding | Johan Robertsson | + | | 16:10 | Signal-apparition based simultaneous source decoding((Contact author for presentation)) |
| - | | 16:30 | Comparing video recordings of ghost cavitation to cavity modeling | + | | 16:30 | Comparing video recordings of ghost cavitation to cavity modeling {{2018: |
| === 19:00 Dinner === | === 19:00 Dinner === | ||
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| ==== Session 4: Time lapse and reservoir characterization ==== | ==== Session 4: Time lapse and reservoir characterization ==== | ||
| ^Time ^Title ^Author ^Company | | ^Time ^Title ^Author ^Company | | ||
| - | |09:00 | Calculation, | + | |09:00 | Calculation, |
| |09:20 | Gas leakage through shallow sediments – laboratory experiments compared to passive and active seismic field data {{2018: | |09:20 | Gas leakage through shallow sediments – laboratory experiments compared to passive and active seismic field data {{2018: | ||
| - | |09:40 | Time-lapse refraction analysis monitoring shallow gas migration | + | |09:40 | Time-lapse refraction analysis monitoring shallow gas migration {{2018: |
| - | |09:55 | Using diving waves for time-lapse seismic studies and overburden characterization {{2018: | + | |09:55 | Using diving waves for time-lapse seismic studies and overburden characterization {{2018: |
| == 10:10 Coffee break == | == 10:10 Coffee break == | ||
| - | |10:40 | Estimating S-wave velocities and changes from tube waves | Daniel Wehner | + | |10:40 | Estimating S-wave velocities and changes from tube waves {{2018: |
| |11:00 | Identifying depleted areas and potential HSE-situations using overburden 4D time shifts {{2018: | |11:00 | Identifying depleted areas and potential HSE-situations using overburden 4D time shifts {{2018: | ||
| - | |11:20 | Calculation of tube wave velocity in a shallow borehole | + | |11:20 | Calculation of tube wave velocity in a shallow borehole using passive seismic recordings {{2018: |
| - | using passive seismic recordings {{2018: | + | |
| |11:40 | Net exhumation estimation using an effective-medium technique based on seismic traveltime measurement {{2018: | |11:40 | Net exhumation estimation using an effective-medium technique based on seismic traveltime measurement {{2018: | ||
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| ==== Session 5: Imaging and inversion ==== | ==== Session 5: Imaging and inversion ==== | ||
| ^Time ^Title ^Author ^Company | | ^Time ^Title ^Author ^Company | | ||
| - | |13:00 | Full Waveform Ambient Noise Inversion {{2018: | + | |13:00 | Full Waveform Ambient Noise Inversion {{2018: |
| - | |13:20 | Verification of seismic modeling using laboratory ultrasonic data | Børge Arntsen | + | |13:20 | Verification of seismic modeling using laboratory ultrasonic data {{2018: |
| - | |13:40 | 3D Elastic seismic modeling using CUDA unified memory and gaming GPUs | Tore Sivertsen Bergslid | + | |13:40 | 3D Elastic seismic modeling using CUDA unified memory and gaming GPUs {{2018: |
| |14:00 | Ensemble based seismic inversion methods {{2018: | |14:00 | Ensemble based seismic inversion methods {{2018: | ||
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