Matches in Library of Congress for { ?s ?p Chapter 1: Introduction to water circulation in rocks. General observations -- Origin of discontinuities -- Features of discontinuities -- Graphical presentation of discontinuities -- Basic elements for hydrogeological conceptual model definition -- Probabilistic generation of discontinuity -- Chapter 2: Hydraulic conductivity assessment. Introduction -- Deterministic methodologies -- Probabilistic methodologies: the Percolation Theory -- In Situ Tests -- Chapter 3: Influence of joint features on rock mass hydraulic conductivity. Introduction -- Influence of joint roughness -- Influence of joint aperture -- Influence of joints spacing and frequency -- joints interconnection -- Chapter 4: Main flow in rock masses. Introduction -- Anisotropy of the fractured medium -- Main flow direction in fractured media -- Non-saturated medium -- Non-saturated medium : main flow direction with an impermeable level -- Saturated medium -- Chapter 5: Methods and models to simulate the groundwater flow in rock masses. Introduction -- Basic elements of a modeling approach -- Darcy's Model -- Discrete models -- Dual porosity models -- Chapter 6: Case histories. Groundwater flow and slope stability -- Evaluation of the hydro geological risk ltunneling tunnelling -- hydrogeological risk linked with the road construction -- Mountain aquifer exploitation and safeguard : Eva Verda Basin case study (Saint Marcel, Aosta Valley, Italy) -- Stochastic groundwater modeling for the drying risk assessment.. }
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- 2009926836 description "Chapter 1: Introduction to water circulation in rocks. General observations -- Origin of discontinuities -- Features of discontinuities -- Graphical presentation of discontinuities -- Basic elements for hydrogeological conceptual model definition -- Probabilistic generation of discontinuity -- Chapter 2: Hydraulic conductivity assessment. Introduction -- Deterministic methodologies -- Probabilistic methodologies: the Percolation Theory -- In Situ Tests -- Chapter 3: Influence of joint features on rock mass hydraulic conductivity. Introduction -- Influence of joint roughness -- Influence of joint aperture -- Influence of joints spacing and frequency -- joints interconnection -- Chapter 4: Main flow in rock masses. Introduction -- Anisotropy of the fractured medium -- Main flow direction in fractured media -- Non-saturated medium -- Non-saturated medium : main flow direction with an impermeable level -- Saturated medium -- Chapter 5: Methods and models to simulate the groundwater flow in rock masses. Introduction -- Basic elements of a modeling approach -- Darcy's Model -- Discrete models -- Dual porosity models -- Chapter 6: Case histories. Groundwater flow and slope stability -- Evaluation of the hydro geological risk ltunneling tunnelling -- hydrogeological risk linked with the road construction -- Mountain aquifer exploitation and safeguard : Eva Verda Basin case study (Saint Marcel, Aosta Valley, Italy) -- Stochastic groundwater modeling for the drying risk assessment.".
- 2009926836 tableOfContents "Chapter 1: Introduction to water circulation in rocks. General observations -- Origin of discontinuities -- Features of discontinuities -- Graphical presentation of discontinuities -- Basic elements for hydrogeological conceptual model definition -- Probabilistic generation of discontinuity -- Chapter 2: Hydraulic conductivity assessment. Introduction -- Deterministic methodologies -- Probabilistic methodologies: the Percolation Theory -- In Situ Tests -- Chapter 3: Influence of joint features on rock mass hydraulic conductivity. Introduction -- Influence of joint roughness -- Influence of joint aperture -- Influence of joints spacing and frequency -- joints interconnection -- Chapter 4: Main flow in rock masses. Introduction -- Anisotropy of the fractured medium -- Main flow direction in fractured media -- Non-saturated medium -- Non-saturated medium : main flow direction with an impermeable level -- Saturated medium -- Chapter 5: Methods and models to simulate the groundwater flow in rock masses. Introduction -- Basic elements of a modeling approach -- Darcy's Model -- Discrete models -- Dual porosity models -- Chapter 6: Case histories. Groundwater flow and slope stability -- Evaluation of the hydro geological risk ltunneling tunnelling -- hydrogeological risk linked with the road construction -- Mountain aquifer exploitation and safeguard : Eva Verda Basin case study (Saint Marcel, Aosta Valley, Italy) -- Stochastic groundwater modeling for the drying risk assessment.".