Mathematical modelling of fractures, silica deposition and thermoplasticity in hydrothermal upflow zones

A fully coupled numerical model of thermo-hydro-mechanical processes and fracture contact mechanics in porous media

Stefansson, Ivar
Keilegavlen, Eirik
Berre, Inga

January 2021

Various phenomena in the subsurface are characterised by the interplay between deforming structures ...

Finite element analysis of heat transfer and mineralization in layered hydrothermal systems with upward throughflow

Zhao, CB
Hobbs, BE
Muhlhaus, HB

January 2000

We use the finite element method to solve the coupled problem between convective pore-fluid flow, he...

Evaluation of Modelling of Flow in Fractures

Hegde, C.
Rühaak, W.
Sass, I.

December 2013

Heat-transport is important for geothermal exploration. The presence of fractures can have a pronou...

Mathematical modelling of fractures, silica deposition and thermoelasticity in hydrothermal upflow zones

Miller, Andrew Thomas

September 1999

The permeability of the fractured geothermal systems in the Taupo Volcanic Zone (TVZ) of New Zealand...

Mathematical modelling of fracture hydrology Final report January 1983- December 1984

Herbert, A.W.
Rae, J
Robinson, P.C.
Lever, D.A.
Hodgkinson, D.P.
Department of the Environment, London (United Kingdom). Radioactive Waste Management Research Programme
UKAEA Atomic Energy Research Establishment, Harwell (United Kingdom)

January 1985

Available from British Library Document Supply Centre- DSC:9091.9F(AERE-G--3445) / BLDSC - British L...

Numerical computation of hydrothermal £uid circulation in fractured Earth structures

K. Latychev
R. N. Edwards

September 2016

Hydrothermal £uid circulation through porous Earth materials is an important physical phenomenon occ...

Numerical simulation of coupled processes in a single fracture employing a continuum approach

Vaezi, Iman

May 2021

Fractures control fluid flow and the coupled geomechanical response of geological media in many geo-...

Numerical simulation of hydrothermal convection within discretely fractured porous media with application to the seafloor

Yang, Jianwen

January 1997

grantor: University of TorontoFluid circulation driven by thermal gradients is an importan...

Simulation of fluid flow through fractured rock, a smeared approach

Grubben, Tessel (author)

November 2020

Geothermal energy reservoirs can be used as sources of renewable and sustainable energy. The concept...

Numerical simulation of hydrothermal convection within discretely fractured porous media with application to the seafloor

Yang, Jianwen

January 1997

grantor: University of TorontoFluid circulation driven by thermal gradients is an importan...

Mathematical modelling of fracture hydrology Progress report January-June 1983

Hodgkinson, D.P.
Rae, J.
Lever, D.A.
Robinson, P.C.
UKAEA, Harwell. Atomic Energy Research Establishment (United Kingdom)

January 1983

LD:9091.9F(AERE-G--2896) / BLDSC - British Library Document Supply CentreSIGLEGBUnited Kingdo

Mathematical modelling of fracture hydrology Progress report January-June 1984

Rae, J.
Hodgkinson, D.P.
Robinson, P.C.
Lever, D.A
UKAEA, Harwell (United Kingdom). Atomic Energy Research Establishment
Department of the Environment, London (United Kingdom). Radioactive Waste Management Research Programme

January 1984

SIGLEAvailable from British Library Lending Division - LD:9091.9F(AERE-G--3226) / BLDSC - British Li...

Thermal Loading Studies Using the Unsaturated Zone Model

Haukwa, C. B.
Mukhopadhay, S.
Tsang, Y.
Bodvarsson, G. S.

June 2001

Several factors will affect Thermal-Hydrological (TH) response of the Unsaturated Zone (UZ) to therm...

Hydrogeological model of Los Humeros: hydrothermal processes at the regional scale

Les Landes, Armandine Antoine
Maurel, Camille
Lopez, Simon
Calcagno, Philippe

March 2019

This report is prepared by the BRGM (Bureau de Recherches géologiques et Minières) of France as deli...

Hydrothermal fluid flow modelling in homogeneous and stratified sedimentary basin

Galerne, Christophe
Hasenclever, Jörg

May 2019

The movies show the evolution in time of 2-D numerical model calculations investigating hydrothermal...

A fully coupled numerical model of thermo-hydro-mechanical processes and fracture contact mechanics in porous media

Stefansson, Ivar
Keilegavlen, Eirik
Berre, Inga

January 2021

Various phenomena in the subsurface are characterised by the interplay between deforming structures ...

Finite element analysis of heat transfer and mineralization in layered hydrothermal systems with upward throughflow

Zhao, CB
Hobbs, BE
Muhlhaus, HB

January 2000

We use the finite element method to solve the coupled problem between convective pore-fluid flow, he...

Evaluation of Modelling of Flow in Fractures

Hegde, C.
Rühaak, W.
Sass, I.

December 2013

Heat-transport is important for geothermal exploration. The presence of fractures can have a pronou...

Mathematical modelling of fractures, silica deposition and thermoelasticity in hydrothermal upflow zones

Miller, Andrew Thomas

September 1999

The permeability of the fractured geothermal systems in the Taupo Volcanic Zone (TVZ) of New Zealand...

Mathematical modelling of fracture hydrology Final report January 1983- December 1984

Herbert, A.W.
Rae, J
Robinson, P.C.
Lever, D.A.
Hodgkinson, D.P.
Department of the Environment, London (United Kingdom). Radioactive Waste Management Research Programme
UKAEA Atomic Energy Research Establishment, Harwell (United Kingdom)

January 1985

Available from British Library Document Supply Centre- DSC:9091.9F(AERE-G--3445) / BLDSC - British L...

Numerical computation of hydrothermal £uid circulation in fractured Earth structures

K. Latychev
R. N. Edwards

September 2016

Hydrothermal £uid circulation through porous Earth materials is an important physical phenomenon occ...

Numerical simulation of coupled processes in a single fracture employing a continuum approach

Vaezi, Iman

May 2021

Fractures control fluid flow and the coupled geomechanical response of geological media in many geo-...

Numerical simulation of hydrothermal convection within discretely fractured porous media with application to the seafloor

Yang, Jianwen

January 1997

grantor: University of TorontoFluid circulation driven by thermal gradients is an importan...

Simulation of fluid flow through fractured rock, a smeared approach

Grubben, Tessel (author)

November 2020

Geothermal energy reservoirs can be used as sources of renewable and sustainable energy. The concept...

Numerical simulation of hydrothermal convection within discretely fractured porous media with application to the seafloor

Yang, Jianwen

January 1997

grantor: University of TorontoFluid circulation driven by thermal gradients is an importan...

Mathematical modelling of fracture hydrology Progress report January-June 1983

Hodgkinson, D.P.
Rae, J.
Lever, D.A.
Robinson, P.C.
UKAEA, Harwell. Atomic Energy Research Establishment (United Kingdom)

January 1983

LD:9091.9F(AERE-G--2896) / BLDSC - British Library Document Supply CentreSIGLEGBUnited Kingdo

Mathematical modelling of fracture hydrology Progress report January-June 1984

Rae, J.
Hodgkinson, D.P.
Robinson, P.C.
Lever, D.A
UKAEA, Harwell (United Kingdom). Atomic Energy Research Establishment
Department of the Environment, London (United Kingdom). Radioactive Waste Management Research Programme

January 1984

SIGLEAvailable from British Library Lending Division - LD:9091.9F(AERE-G--3226) / BLDSC - British Li...

Thermal Loading Studies Using the Unsaturated Zone Model

Haukwa, C. B.
Mukhopadhay, S.
Tsang, Y.
Bodvarsson, G. S.

June 2001

Several factors will affect Thermal-Hydrological (TH) response of the Unsaturated Zone (UZ) to therm...

Hydrogeological model of Los Humeros: hydrothermal processes at the regional scale

Les Landes, Armandine Antoine
Maurel, Camille
Lopez, Simon
Calcagno, Philippe

March 2019

This report is prepared by the BRGM (Bureau de Recherches géologiques et Minières) of France as deli...

Hydrothermal fluid flow modelling in homogeneous and stratified sedimentary basin

Galerne, Christophe
Hasenclever, Jörg

May 2019

The movies show the evolution in time of 2-D numerical model calculations investigating hydrothermal...

A fully coupled numerical model of thermo-hydro-mechanical processes and fracture contact mechanics in porous media

Stefansson, Ivar
Keilegavlen, Eirik
Berre, Inga

January 2021

Various phenomena in the subsurface are characterised by the interplay between deforming structures ...

Finite element analysis of heat transfer and mineralization in layered hydrothermal systems with upward throughflow

Zhao, CB
Hobbs, BE
Muhlhaus, HB

January 2000

We use the finite element method to solve the coupled problem between convective pore-fluid flow, he...

Evaluation of Modelling of Flow in Fractures

Hegde, C.
Rühaak, W.
Sass, I.

December 2013

Heat-transport is important for geothermal exploration. The presence of fractures can have a pronou...

Mathematical modelling of fractures, silica deposition and thermoplasticity in hydrothermal upflow zones

Abstract

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Mathematical modelling of fractures, silica deposition and thermoplasticity in hydrothermal upflow zones

Abstract

Extracted data

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