viernes, 20 de enero de 2012

Manual de ensayos geotécnicos del cuerpo de ingenieros de EE.UU

Autor:  J.P Jones, Jr
Año: septiembre 1986
Contenidos
1.       Identification in classification of soll rock
2.       Field exploration, testing and instrumentation
3.       Laboratory testing
4.       Distribution of stresses
5.       Analysis of supplement and volume expansion
6.       Seepage and drainage
7.       Slope stability and protetion

Rock Slope Engineering

Rock Slope Engineering
Autor: John Bray
Año: 1973-1977
Contenido
1.       Economic and planning considerations
2.       Basic mechanics of slope failure
3.       Graphicañ presentation of geological data
4.       Geological data collection
5.       Shear strength of rock
6.       Groundwater flow; permeability and pressure
7.       Plane failure
8.       Wedge  failure
9.       Circular failure
10.   Toppling failure
11.   Blasting
12.   Miscellaneous topics

USING GEOCHEMICAL DATA:

USING GEOCHEMICAL DATA:

EVALUATION, Presentation, Interpretation
Autor: Hugh R. Rollinson
ISBN: 0 582 06701 4
CONTENIDO
Ø  Geochemical Data
1.       Introduction
2.       Geological processes and their geochemical signature
3.       Geological controls on geochemical data
4.       Analytical methods in geochemistry
5.       Selecting an appropriate analytical technical technique
6.       Sources of error in geochemical analysis
7.       Analysing geochemical data
8.       Averages
9.       Correlation
10.   Regression
11.   Ratio correlation
12.   The constant sum problem
13.   The interpretation of trends on triangular diagrams
14.   Principal component analysis
15.   Discriminant analysis
16.   Using major element data
17.   Rock classification
18.   Variation diagrams
19.   Diagrams on which rock chemistry can be plotted together whit experimentally determined phase boundaries
20.   Using trace element data
21.   Controls on trace element distributiom
22.   Rare earth elements
23.   Normalized multi-element diagrams or incompatible element diagrams (diagrams)
24.   Platinum metal group element (PGE) plots
25.   Transition metal plots
26.   Bivariate trace element plots
27.   Enrichment-depletion diagrams
28.   Modeling trace element processes igneous rocks
29.   Discriminating between tectonic environments using geochemical data
30.   Discrimination diagrams for rocks of basaltic to andesitic composition
31.   Discrimination diagrams for rocks of granitic composition
32.   Discrimination diagrams for clastic sediments
33.   Tectonic controls on magmatic and sedimentary geochemistry
34.   Using radiogenic isotope data
35.   Radiogenic isotopes in geochronology
36.   Radiogenic isotopes in petrogenesis
37.   Using stable isotope data
38.   Using oxygen isotope
39.   Fingerprinting hydrothermal solutions using oxygen and hydrogen isotopes- water- rock interaction
40.   Using carbon isotopes
41.   Using sulphur isotopes

PRINCIPIOS DE GEOLOGIA Y GEOTECNIA PARA INGENIEROS

PRINCIPIOS DE GEOLOGIA Y GEOTECNIA PARA INGENIEROS
AÑO:1980
AUTORES: Dimitri P. Krynine, William R. JUDD.
ISBN: 84-282-0059-9
Contenido
1.       Rocas y Minerales
2.       Propiedades ingenieriles en las rocas
3.       Formación de Suelos y su Empleo en Ingeniería
4.       Elementos de Mecánica de Suelos
5.        Aguas Subterráneas
6.       Investigación Subterránea
7.       Mapas y Fotografías Aéreas
8.       La Roca como material de Construcción
9.       Túneles
10.   Suelos Helados y suelos Permanentemente Helados
11.   Ingeniería de Litoral y Aprovechamiento Fluviales
12.   Elementos de Ingeniería De Sedimentación
13.   Construcciones: Emplazamiento, Exploración y Cimentación
14.   Puentes y firmes
15.   Presas de Albañilería: Estudios Geotécnicos
16.   Movimiento o Remoción de Tierras
17.   Desprendimiento de Tierra y Otros Desplazamientos de la Corteza
18.   Terremotos y Proyectos A sísmicos
19.   Algunos Aspectos Legales de la Geotecnia

Getting to know Arc View GIS

Getting to know Arc View GIS
Año:   1996-1998
ISBN: 1-879102-46-3
 CONTENIDO
 Part 1. Getting to know desktop GIS
1.       Desktop GIS: What it is and what it does
2.       This is how it works
3.       Asking questions; getting answers
4.       Making information presentable
5.       What you need to know about data
6.       Using desktop GIS
Part 2. Using ArcView GIS
7.       Introducing ArcView GIS
8.       Getting data into ArcView GIS
9.       Classifying and displaying themes
10.   Symbolizing themes
11.   Measuring distance and area in a view
12.   Managing scale
13.   Selecting map features in a view
14.   Selecting records in a table
15.   Displaying and editing tables
16.   Joining, linking, and hot linking
17.   Finding the feature nearby
18.   Finding the features within
19.   Finding features that intersect other features
20.   Spatially joining tables
21.   Working whit charts
22.   Creating map layouts
23.   Creating shapefiles
24.   Editing shapes in a theme
25.   Creating themes from coordinate files
26.   Address geocoding
27.   Introduction avenue
28.   What’s new in ArcView GIS Version
29.   Introducing ArcView GIS Extensions   

Prevención de Desastres Naturales en la Cuenca del Paute (hidrometeorologia)

Prevención de Desastres Naturales en la Cuenca del Paute (hidrometeorologia)
Año: noviembre 1998
Autor: proyecto PRECURA
Contenido
1.       Introducción
2.       Cooperación interinstitucional y grupo de trabajo
3.       Capacitación
4.       Red Hidrometeorológica Unificada
5.       Estudios del fenómeno y Peligrosidad
6.       Preparación y Mitigación
7.       Continuidad y Perspectivas
8.       Bibliografía

Materias primas cerámicas en Cuenca, Loja y alrededores Tomo I

Materias  primas cerámicas en Cuenca, Loja y alrededores  Tomo I
Autores: Dr. R. Muff, Ing. J Sosa, Ing. G. Unda
Año: agosto 1988
Contenido
1.       Introducción
2.       Metas de las Investigaciones
3.       Utilización de materias primas
4.       Apreciación Geológico-Minera
5.       Métodos de Investigación Utilizados
6.       Descripciones de los yacimientos de Caolín
7.       Descripción de algunos depósitos de arcillas
8.       Descripción de yacimientos y ocurrencias de bentonita
9.       Descripción de los depósitos de feldespato
10.   Otros yacimientos y afloramientos de materia prima cerámicas

Overseas Geology and Mineral Resources

Overseas Geology and Mineral Resources
Autor: J.B. Kennerley
ISBN: 0 11 884135 1
Contenido
1.       Pre-Mesozic rock
·         Oriente
·         Sierra
2.       Mesozoic and Palaeogente rock
·         Pre- upper Eocene
·         Southern Sierra
·         Northern sierra
·         Costa
·         Oriente
·         Eocene Orogeny
·         Sierra
·         Oriente
·         Costa
·         Oligocene
3.       Neogene and Quaternary rocks
·         Miocene
·         Oriente
·         Costa
·         Sierra
·         Andrean Event
·         Oriente
·         Sierra
·         Costa
4.       Pliocene and Quaternary
·         Oriente
·         Costa
·         Sierra
5.       Platonism
6.       References

MODERN MERCURY AMALGAMAZION MANUAL

MODERN MERCURY AMALGAMAZION MANUAL
AUTOR: Jim V.Humble
Contenido
1.       Safety in Handling Mercury
2.       Safety Procedures in the laboratorio
3.       Pretreatment of Ores
4.       Treatment and Pretreatment of Mercury
5.       Charged Mercury
6.       Laboratory Testing Procedures
7.       Amalgamation of complex Ores
8.       Why amalgamators?
9.       Pilot mill Tests
10.   Recovery  of Gold from Mercury
11.   Recovery of Silver from Mercury
12.   Recovery of Mercury from Nitric Acid solution
13.   Recovery of Gold from Nitric Acid Mercury Solution

Geotechnical Investigations.

EM 1110-1-1804
1.       Chapter 1
Introduction
1.1   Purpose  1-1
1.2   Applicability 1-1
1.3   References  1-1
1.4    Background 1-1
1.5   Scope of Manual 1-2
2.       Chapter 2
Scope of Investigation
Section I
Civil Works Projects
Chapter 3
Regional Geologic and Site Reconnaissance Investigations

Section I
Coordination and Information Collection

Section II
Map Studies and Remote Sensing Methods

Section III
Field Reconnaissance and Observations

Section VI
Information Development

Chapter 4
Surface Investigations
Section I
Geologic Field Mapping

Section II
Surface Geophysical Explorations

Charter 5
Subsurface Investigation
 Section I
Borings

Section II
Drillhole Inspection and Logging

Section III
Borehole Examination and Testing

Section IV
Exploratory Excavations

Section V
Groundwater and Foundation Seepage Studies

Section VI
In situ Testing for Determining Geotechnical Properties

Section VII
Backfilling of Holes and Disposition of Samples and Cores

Chapter 6
Large-Scale, Prototype Investigations
Prototype Test Programs

Section I
Test Excavation and Fills

Section II
Test Grouting

Section III
Piling Investigations

Chapter 7
Laboratory Investigations
Purpose

Section I
Test and Sample Selection

Section II
 Index and Classification Test

Section III
Engineering Property Test- Soils

Section IV

Engineering Property Test – Shales and Moisture- Sensitive Rocks

Elements of Petroleum Geology

1.   ISNB D-12-636370-6
   Introduction
1.1  Historical Review of Petroleum Exploration 1
1.2  The Context of Petroleum Geology 7L

2.      The Physical and Chemical Properties of Petroleum
2.1  Natural Gases 14
2.2  Gas Hydrates 14
2.3  Crude Oil 26
3.      Methods of Exploration
3.1  Well Driling and Completion 37
3.2  Formation Evaluation 38
3.3  Geophysical Methods of Exploration 89
3.4  Berehole Geophysics and 4D Seismic 120
3.5  Subsurface Geology 125
3.6  Remote Sensing 131
4.      The Subsurface Environment
4.1  Subsurface Waters 147
4.2  Subsurface Temperatures 152
4.3  Subsurface Pressures 160
4.4  Subsurface Fluid Dynamics 172
5.      Generation and Migration of Petroleum
5.1  Origin oh Petroleum: Organic or Inorganic 183
5.2  Modern Organic Processes on the Earth’s Surface 190
5.3  Formation of Kerogen 199
5.4  Petroleum Migration 214
5.5  The Petroleum System
6.       The Reservoir
6.1   Porosity 239
6.2   Permeability 250
6.3   Capillary Pressure 253
6.4   Relationship between Porosity, Permeability, and Texture 256
6.5   Effects of Diagenesis on Reservoir Quality 262
6.6   Reservoir Continuity 281
6.7   Reservoir Characterization 287
6.8   Reserve Calculations 291
6.9   Production Methods 294
7.       Traps and Seals
7.1   Introduction  307
7.2   Nomenclature of a Trap
7.3   Distribution of Petroleum within a trap 309
7.4   Seal and Cap Rocks 312
7.5   Classification of Traps 313
7.6   Structural Traps 314
7.7   Diapiric Traps 329
7.8   Stratigraphic Traps 329
7.9   Hydrodynamic Traps 350
7.10           Combination Traps 352
7.11           Traps: Conclusion 355
8.       Sedimentary Basins and Petroleum  Systems
8.1   Basic Concepts and Terms 363
8.2   Mechanisms of  Basin Formation 365
8.3   Classification of Sedimentary Basins 370
8.4   Cratonic Basins 371
8.5   Troughs 383
8.6   The Rift-Drift Suite of Basins 391
8.7   Strike-Slip Basins 400
8.8   Sedimentary Basins and Petroleum Systems 401
9.       Nonconventional Petroleum Resources
9.1   Introductio 413
9.2   Plastic and Solid Hydrocarbons 413
9.3   Tar Sands 419
9.4   Oil Shale Gas and Coal-Bed Methane 434
10.   Conclusions
10.1           Prospects and Probabilities 443
10.2           Reserves Resources 446