Modeling and simulation of deformation bands and natural fracture network effects on fluid flow
Modeling and simulation of deformation bands and natural fracture network effects on fluid flow by Leonardo Guimaraes from UFPE
Видео Modeling and simulation of deformation bands and natural fracture network effects on fluid flow канала Energi Simulation
Видео Modeling and simulation of deformation bands and natural fracture network effects on fluid flow канала Energi Simulation
Комментарии отсутствуют
Информация о видео
4 октября 2022 г. 11:00:11
00:30:24
Другие видео канала
Dr. Denis Schiozer / University of Campinas - Reservoir Management through Digital Fields Concepts
Investigating the chemical reactivity of CO2-rich fluids under elevated pressure & temperature
Investigation of aquifer heterogeneity and its influence on the reinjection efficiency
How does early 0.5 MT performance at the Aquistore inform the calculation of CO2 storage efficiency
Impact of EOR polymers on scale inhibition
Adding value to the energy industry through laboratory testing
Summit 2021 Dr. Sebastian Geiger, If you can't draw it, don't model it
Impact of viscous fingering on CO2 storage
Exploring new opportunities for geothermal heat storage
Deciphering fracture properties using geological well-testing and machine learning
Reservoir simulation based on physics-informed spatial-temporal machine learning
Numerical investigation of vertical borehole heat exchangers of a ground source heat pump system
Chemo-mechanical-elastoplastic models applied to CCS projects
Summit 2021 Dr Eric Mackay Compositional modelling for CCS and hydrogen storage integrity
Aqueous nanobubble dispersion of CO2 for geological carbon sequestration
Mixing-induced mineral precipitation: impact on flow and transport in porous media
Summit 2021 Opening Remarks Day 1 by Andrew Seto
Energi Simulation School 2017
Anisotropy and size dependency in sandstone mechanical behavior: numerical analysis with XRM data
Dr. Yu Shu Wu from Colorado School of Mines - Gas EOR modelling for tight oil reservoirs
Dr Denis Schiozer Model-based & data-driven reservoir management through digital field concepts