2064. Relationships between basic soil - engineering equations and basic groundwater flow equations / Jorgensen, D. G.

Public ISBD Titre : Relationships between basic soil - engineering equations and basic groundwater flow equations Type de document : texte imprimé Auteurs : Jorgensen, D. G. Mention d'édition : US. Government Printing Office Editeur : US. Government Printing Office Année de publication : 1980 ISBN/ISSN/EAN : CI-10787 Note générale : The purpose of this paper is to relate some of the common or similar terms and concepts used in soil engineering to similar terms and concepts used in groundwater hydraulics and to illustrate how the equations can be used in groundwater investigation. The terms and symbols selected for discussion are not preumed to be an ultimate choice of terminology but were selected to familiarize the reader with related concepts of each field. Langues : Anglais (eng) Mots-clés : Eau souterraine  Ruissellement  Sol  Ingénierie  Mathématiques appliquées  Modèle mathématique  Equation Index. décimale : 551.49 Eaux souterraines Résumé : The purpose of this paper is to relate some of the common or similar terms and concepts used in soil engineering to similar terms and concepts used in groundwater hydraulics and to illustrate how the equations can be used in groundwater investigation. The terms and symbols selected for discussion are not preumed to be an ultimate choice of terminology but were selected to familiarize the reader with related concepts of each field. Note de contenu : The purpose of this paper is to relate some of the common or similar terms and concepts used in soil engineering to similar terms and concepts used in groundwater hydraulics and to illustrate how the equations can be used in groundwater investigation. The terms and symbols selected for discussion are not preumed to be an ultimate choice of terminology but were selected to familiarize the reader with related concepts of each field. Relationships between basic soil - engineering equations and basic groundwater flow equations [texte imprimé] / Jorgensen, D. G.  . -  US. Government Printing Office . - US. Government Printing Office, 1980. ISSN : CI-10787 The purpose of this paper is to relate some of the common or similar terms and concepts used in soil engineering to similar terms and concepts used in groundwater hydraulics and to illustrate how the equations can be used in groundwater investigation. The terms and symbols selected for discussion are not preumed to be an ultimate choice of terminology but were selected to familiarize the reader with related concepts of each field. Langues : Anglais (eng) Mots-clés : Eau souterraine  Ruissellement  Sol  Ingénierie  Mathématiques appliquées  Modèle mathématique  Equation Index. décimale : 551.49 Eaux souterraines Résumé : The purpose of this paper is to relate some of the common or similar terms and concepts used in soil engineering to similar terms and concepts used in groundwater hydraulics and to illustrate how the equations can be used in groundwater investigation. The terms and symbols selected for discussion are not preumed to be an ultimate choice of terminology but were selected to familiarize the reader with related concepts of each field. Note de contenu : The purpose of this paper is to relate some of the common or similar terms and concepts used in soil engineering to similar terms and concepts used in groundwater hydraulics and to illustrate how the equations can be used in groundwater investigation. The terms and symbols selected for discussion are not preumed to be an ultimate choice of terminology but were selected to familiarize the reader with related concepts of each field.

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U.S . Geological survey water-supply paper, 2321. Using geophysical logs to estimate porosity, water resistinty, and intrinc permeability / Jorgensen, D. G.

Public ISBD Titre de série : U.S . Geological survey water-supply paper, 2321 Titre : Using geophysical logs to estimate porosity, water resistinty, and intrinc permeability Type de document : texte imprimé Auteurs : Jorgensen, D. G. Mention d'édition : U.S. Geological survey, Federal Center Editeur : U.S. Geological Survey, Federal Center Année de publication : 1989 ISBN/ISSN/EAN : CI-06009 Note générale : Geophysical logs can be to estimate porosity, formation-water resistivity, and intrinsic permeability for geohydrologic investigations, especially in areas where measurements of these geohydrology properties are not available. This paper is to describe selected technic of unsing borehole-geophysical logs for each technic the assumptions upon which it is based, and measured data for comparison and evaluation are presented for each technic. Then this paper is directed to hydrologists investigating water resources in aquifers for wich hydraulic data are sparse, such as most deeply buried rock sections and assumes a cursory knowledge of geophysical logging. Langues : Anglais (eng) Mots-clés : Géophysique  Eau  Perméabilité du sol  Hydrologie Index. décimale : 551.48 Hydrologie : Résumé : Geophysical logs can be to estimate porosity, formation-water resistivity, and intrinsic permeability for geohydrologic investigations, especially in areas where measurements of these geohydrology properties are not available. This paper is to describe selected technic of unsing borehole-geophysical logs for each technic the assumptions upon which it is based, and measured data for comparison and evaluation are presented for each technic. Then this paper is directed to hydrologists investigating water resources in aquifers for wich hydraulic data are sparse, such as most deeply buried rock sections and assumes a cursory knowledge of geophysical logging. Note de contenu : Geophysical logs can be to estimate porosity, formation-water resistivity, and intrinsic permeability for geohydrologic investigations, especially in areas where measurements of these geohydrology properties are not available. This paper is to describe selected technic of unsing borehole-geophysical logs for each technic the assumptions upon which it is based, and measured data for comparison and evaluation are presented for each technic. Then this paper is directed to hydrologists investigating water resources in aquifers for wich hydraulic data are sparse, such as most deeply buried rock sections and assumes a cursory knowledge of geophysical logging. U.S . Geological survey water-supply paper, 2321. Using geophysical logs to estimate porosity, water resistinty, and intrinc permeability [texte imprimé] / Jorgensen, D. G.  . -  U.S. Geological survey, Federal Center . - U.S. Geological Survey, Federal Center, 1989. ISSN : CI-06009 Geophysical logs can be to estimate porosity, formation-water resistivity, and intrinsic permeability for geohydrologic investigations, especially in areas where measurements of these geohydrology properties are not available. This paper is to describe selected technic of unsing borehole-geophysical logs for each technic the assumptions upon which it is based, and measured data for comparison and evaluation are presented for each technic. Then this paper is directed to hydrologists investigating water resources in aquifers for wich hydraulic data are sparse, such as most deeply buried rock sections and assumes a cursory knowledge of geophysical logging. Langues : Anglais (eng) Mots-clés : Géophysique  Eau  Perméabilité du sol  Hydrologie Index. décimale : 551.48 Hydrologie : Résumé : Geophysical logs can be to estimate porosity, formation-water resistivity, and intrinsic permeability for geohydrologic investigations, especially in areas where measurements of these geohydrology properties are not available. This paper is to describe selected technic of unsing borehole-geophysical logs for each technic the assumptions upon which it is based, and measured data for comparison and evaluation are presented for each technic. Then this paper is directed to hydrologists investigating water resources in aquifers for wich hydraulic data are sparse, such as most deeply buried rock sections and assumes a cursory knowledge of geophysical logging. Note de contenu : Geophysical logs can be to estimate porosity, formation-water resistivity, and intrinsic permeability for geohydrologic investigations, especially in areas where measurements of these geohydrology properties are not available. This paper is to describe selected technic of unsing borehole-geophysical logs for each technic the assumptions upon which it is based, and measured data for comparison and evaluation are presented for each technic. Then this paper is directed to hydrologists investigating water resources in aquifers for wich hydraulic data are sparse, such as most deeply buried rock sections and assumes a cursory knowledge of geophysical logging.

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