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在“自然资源管理”中，命中：28条，耗时：小于0.01 秒

1.Averaging theory for description of environmental problems: What have we learned?

作者：William G. Graya ; GrayWG@unc.edu ; Cass T. Millera ; casey_miller@unc.edu ; Bernhard A. Schreflerb ; bas@dic.unipd.it

关键词：Averaging theory ; Porous media ; Environmental modeling ; TCAT

刊名：Advances in Water Resources

年：2013

2.Numerical simulation of water resources problems: Models, methods, and trends

作者：Cass T. Millera ; casey_miller@unc.edu ; Clint N. Dawsonb ; clint@ices.utexas.edu ; Matthew W. Farthingc ; matthew.w.farthing@usace.army.mil ; Thomas Y. Houd ; hou@cms.caltech.edu ; Jingfang Huange ; huang@email.unc.edu ; Christopher E. Keesc ; chris.kees@us.army.mil ; C.T. Kelleyf ; Tim_Kelley@ncsu.edu ; Hans Petter Langtangeng ; hpl@simula.no

关键词：Adaptive methods ; Problem solving environments ; Multiscale methods ; Integral methods ; GPUs ; Error estimation and control

刊名：Advances in Water Resources

年：2013

3.A generalization of averaging theorems for porous medium analysis

作者：William G. Gray ; Cass T. Miller

关键词：Averaging theory ; Averaging theorems ; Porous media

刊名：Advances in Water Resources

年：December, 2013

4.TCAT analysis of capillary pressure in non-equilibrium, two-fluid-phase, porous medium systems

作者：William G. Gray ; a ; GrayWG@unc.edu"" rel=""nofollow ; Cass T. Millera ; casey_miller@unc.edu"" rel=""nofollow

关键词：Thermodynamically constrained averaging theory ; Dynamics ; Thermodynamics ; Interfacial areas

刊名：Advances in Water Resources

年：2011

5.Adaptive split-operator methods for modeling transport phenomena in porous medium systems

作者：Sarah E. Gasdaa ; sgasda@unc.edu ; Matthew W. Farthingb ; matthew.w.farthing@usace.army.mil ; Christopher E. Keesb ; christopher.e.kees@usace.army.mil ; Cass T. Millera ; casey_miller@unc.edu

关键词：Reactive transport ; Error estimation ; Error control ; Algorithms

刊名：Advances in Water Resources

年：2011

6.Thermodynamically constrained averaging theory approach for modeling flow and transport phenomena in porous medium systems: 8. Interface and common curve dynamics

作者：William G. Gray ; Cass T. Miller

关键词：TCAT ; Evolution equations ; Interfacial area ; Interfacial dynamics ; Dynamic capillary pressure

刊名：Advances in Water Resources

年：2010

7.Thermodynamically constrained averaging theory approach for modeling flow and transport phenomena in porous medium systems: 7. Single-phase megascale flow models

作者：William G. Gray ; Cass T. Miller

关键词：Averaging theory ; TCAT ; System scale ; Model formulation

刊名：Advances in Water Resources

年：2009

8.Thermodynamically constrained averaging theory approach for modeling flow and transport phenomena in porous medium systems: 6. Two-fluid-phase flow

作者：Amber S. Jackson ; Cass T. Miller ; William G. Gray

关键词：TCAT ; Classical irreversible thermodynamics ; Averaged thermodynamics ; Multiphase flow ; Model formulation

刊名：Advances in Water Resources

年：2009

9.Thermodynamically constrained averaging theory approach for modeling flow and transport phenomena in porous medium systems: 5. Single-fluid-phase transport

作者：William G. Gray ; Cass T. Miller

关键词：Averaging theory ; TCAT ; Averaged thermodynamics ; Model formulation ; Species transport ; Porous media

刊名：Advances in Water Resources

年：2009

10.The influence of wettability on NAPL dissolution fingering

作者：Mir Ahmad Seyedabbasi ; Matthew W. Farthing ; Paul T. Imhoff ; Cass T. Miller

关键词：Nonaqueous phase liquids ; Mass transfer ; Preferential flow ; Upscaling

刊名：Advances in Water Resources

年：2008

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