Compaction of argillaceous sediments:
Saved in:
| Main Authors: | , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Amsterdam [u.a.]
Elsevier
1974
|
| Series: | Developments in sedimentology
16 |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XIV, 424 S. Ill., graph. Darst. |
| ISBN: | 0444410546 |
Staff View
MARC
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| 245 | 1 | 0 | |a Compaction of argillaceous sediments |c by Herman H. Rieke and George V. Chilingarian |
| 264 | 1 | |a Amsterdam [u.a.] |b Elsevier |c 1974 | |
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Record in the Search Index
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| adam_text | CONTENTS
PREFACE......................... VII
CHAPTER 1. INTRODUCTION................... 1
Composition of argillaceous sediments................. 2
Some fundamental fluid mechanics concepts............... 4
Fundamental equation of fluid statics............... 4
Buoyancy ....................... 5
Mechanics of compaction..................... 6
Laboratory and field data on compaction................ 12
Diagenesis-metamorphism transition phase................ 15
Properties of argillaceous sediments as related to compaction........~ . . 17
Interstitial fluids....................... 17
Experimental data on the chemistry of solutions expelled due to compaction .... 19
Subsidence......................... 22
Abnormal fluid pressures..................... 23
References......................... 27
CHAPTER 2. INTERRELATIONSHIPS AMONG DENSITY, POROSITY, REMAINING MOIS-
TURE CONTENT, PRESSURE AND DEPTH ............... 31
Introduction......................... 31
Density-depth-pressure relationships................. 31
Density variations of recent sediments and shales with depth......... 35
Porosity—density relationship.................. 39
Porosity—depth relationships.................... 41
Porosity variations with depth................. 41
Effect of carbonate content on porosity............... 50
Experimental compaction of recent sediments, muds and clays.......... 52
Nature and degree of hydration of clays, gums and silicic acid........ 52
Hydration of clays..................... 53
Hydration of silicic acid................... 56
Relationship between residual moisture content and pressure......... 57
Relationship between pressure and porosity of carbonate sediments....... 66
Moisture content versus time relationship.............. 70
Calculation of compaction parameters............... 74
Effect of various electrolytes in interstitial water on compaction ....... 77
References......................... 83
CHAPTER 3. MECHANICS OF COMPACTION AND COMPACTION MODELS..... 87
Introduction......................... 87
Theory of consolidation..................... 87
State of stress in compacting shales.................. 92
Resolution of the total stress field................ 94
Hydrostatic stress state, 95 - Deviatoric stress state, 96 - Total stress tensor, 97
Variation of the overburdem stress................ 98
Evaluation of the shear stresses due to an overburden load, 99
Estimation of the magnitude and direction of stress........... 101
XII CONTENTS
Pressure-depth—density relationships................. 103
Porosity—depth compaction models ............... 106
Athy s compaction model, 107 — Hedberg s compaction model, 107 - Weller s compac-
tion model, 107 — Power s compaction model, 109 — Teodorovich and Chernov s com-
paction model, 112 - Burst s compaction model, 112 - Beall s compaction model, 113
Differential compaction..................... 115
Estimation of maximum effective pressure that has ever existed in an argillaceous sediment 118
References......................... 120
CHAPTER 4. EFFECT OF COMPACTION ON SOME PROPERTIES OF ARGILLACEOUS
SEDIMENTS........................ 123
Introduction......................... 123
Pore-size distribution in clays ................. 124
Microstructural changes in argillaceous sediments undergoing compaction....... 127
X-ray diffraction techniques used in compaction studies.......... 131
Crystal structural changes in clay minerals at different temperatures and at elevated pres-
sures ......................... 133
Dictóte (API no. 15), 134 - Halloysite (API no. 12), 134 - Hectorite (Stevensite) (API
no. 34), 135 - Montmorillonite, 137 - Silica, 138
Permeability......................... 140
Specific storage ..................... 144
Permeability of compacted clays................. 144
Relationship between permeability and porosity............ 148
Rheology of argillaceous sediments.................. 153
Rheological models..................... 154
Elastic and strength properties of argillaceous sediments............ 158
Elastic properties of unconsolidated and indurated sediments......... 158
Elastic moduli, 161 - Modulus of elasticity (Young s modulus), 162 - Bulk modulus, 166
- Rigidity, 167 - Poisson s ratio, 167 - Lame constant, 168 - Effect of pore fluids on
elastic properties, 168
Strength properties of argillaceous sediments............. 168
Shear strength, 169 — Compressive strength, 169
Relationship between strength and texture (orientation) of clays....... 172
Compressibility of argillaceous sediments................ 173
Relationships among remaining moisture content, void ratio and compressibility . . . 174
Experimental data on compressibility............... 179
Compressibility of dry clays, 187
Comparison among compressibilities of dry and hydrated clays and sands..... 194
Effect of temperature on compressibility.............. 198
Creep......................... 198
Finite strain, 200
Changes in compression index with compaction............ 201
Coefficient of consolidation.................. 205
Variation of physical properties with depth in recent sediments of York River, southeastern
Virginia, U.S.A. (a case study)................... 205
References......................... 210
CHAPTER 5. CHEMICAL ALTERATIONS AND BEHAVIOR OF INTERSTITIAL FLUIDS
DURING COMPACTION..................... 219
Introduction......................... 219
Classification of interstitial solutions.................. 220
Composition of interstitial solutions related to that of sea water.......... 221
Solubility and mobility of various salts and ions.............. 223
CONTENTS XIII
Brief review of various processes affecting chemical composition of interstitial waters . . . 225
Clay particle-fluid interface................. 227
Double-layer theory.................... 229
Helmholtz double-layer model (rigid double layer), 229 - Gouy double-layer model
(diffuse double layer), 229 - Stern double layer model (combination double layer), 231
Electrodiagenesis..................... 231
Role of gravity and temperature gradients in formation of fossil brines ..... 232
Fluid release mechanisms..................... 232
Semipermeable membrane, osmosis, and reverse osmosis.......... 233
Electrochemistry of semipermeable clay membranes, 234
Diagenetic clay mineral alteration................ 238
Chemical cementation.................... 239
Effect of compaction on the chemistry of solutions squeezed out of clays and muds - experi-
mental data and theoretical analysis.................. 239
Brief review of diagenetic changes of pore waters.............. 258
Early diagenetic changes of pore waters............... 258
Late diagenetic changes in sediments................ 260
Some chemical changes involving silicates.............. 261
Some variations in Ca/Mg ratio of interstitial waters........... 262
Influence of microorganisms on the chemical composition of underground waters . . . 263
Hydrochemical fades and vertical variation in chemistry of interstitial fluids...... 264
Salinity distribution in sandstones and associated shales............ 270
Squeezing of oil and bitumens out of muds and shales............. 272
Compaction as a possible cause of primary migration of oil......... 273
Temperature gradient as a driving force for migration of petroleum ...... 274
Chemistry of oil-field water dissolved in crude oil............ 275
Relationship of trace elements in crude oil and associated shales........ 275
References......................... 276
CHAPTER 6. SUBSIDENCE.................... 283
Introduction......................... 283
Origin of sedimentary basins and geosynclines............... 284
Hydrogeological cycle...................... 290
Subsidence as a result of fluid withdrawal................ 291
Near-surface subsidence................... 296
Mathematical analyses of subsidence.................. 296
Jacquin-Poulet computer model ................ 297
Depth-time relationship, 300 - Flow of water in clay, 300
References......................... 303
CHAPTER 7. ABNORMAL GEOPRESSURES .............. 305
Introduction ........................ 305
Origin of abnormal geopressures................... 309
Compaction as a cause of abnormal formation pressures.......... 311
Rapid loading and continuous sedimentation, 312
Faulting as a cause of overpressured formations............ 320
Phase changes in minerals during compaction............. 322
Gypsum—anhydrite conversion, 322 — day-mineral dehydration and transformation, 324
- Clay-mineral diagenesis, 326 - Creation and maintenance of abnormal pressures, 330
Salt and shale diapirism................... 334
Tectonic compression.................... 335
Osmotic and diffusion pressures................. 337
Geothermal temperature changes ................ 339
CONTENTS
Anatomy of an abnormal fluid pressure zone............... 343
Calculation of abnormal pressures from well logs............ 346
References......................... 348
CHAPTER 8. EQUIPMENT AND TECHNIQUES USED IN COMPACTION STUDIES ... 353
Development of compaction equipment ................ 353
Compaction studies prior to 1930................ 353
Development of equipment after 1930............... 357
Classification of compaction equipment................. 363
Consolidometers..................... 365
Filter presses...................... 370
Linear piston apparatuses................... 372
High-pressure dual-piston compaction apparatuses, 379
Triaxial and hydrostatic compaction apparatuses............ 382
Some salient features of calibrating uniaxial compaction apparatuses . ,...... 387
Calibration of high-pressure linear piston devices............ 388
Calibration of very-high-pressure apparatuses............. 393
References......................... 395
APPENDIX A. CONVERSION FACTORS................ 399
REFERENCES INDEX..................... 403
SUBJECT INDEX....................... 411
|
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| indexdate | 2024-07-09T15:37:38Z |
| institution | BVB |
| isbn | 0444410546 |
| language | English |
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| physical | XIV, 424 S. Ill., graph. Darst. |
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| series2 | Developments in sedimentology |
| spelling | Rieke, Herman H. Verfasser aut Compaction of argillaceous sediments by Herman H. Rieke and George V. Chilingarian Amsterdam [u.a.] Elsevier 1974 XIV, 424 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Developments in sedimentology 16 Argile Limon Roches sédimentaires Clay Sediment compaction Silt Setzung (DE-588)4181092-2 gnd rswk-swf Ton Geologie (DE-588)4185646-6 gnd rswk-swf Sediment (DE-588)4054079-0 gnd rswk-swf Bodenverdichtung Bodenkunde (DE-588)4007418-3 gnd rswk-swf Ton Geologie (DE-588)4185646-6 s Sediment (DE-588)4054079-0 s Bodenverdichtung Bodenkunde (DE-588)4007418-3 s DE-604 Setzung (DE-588)4181092-2 s DE-188 Chilingar, George V. 1929- Verfasser (DE-588)124430473 aut Developments in sedimentology 16 (DE-604)BV035610622 16 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001266465&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Rieke, Herman H. Chilingar, George V. 1929- Compaction of argillaceous sediments Developments in sedimentology Argile Limon Roches sédimentaires Clay Sediment compaction Silt Setzung (DE-588)4181092-2 gnd Ton Geologie (DE-588)4185646-6 gnd Sediment (DE-588)4054079-0 gnd Bodenverdichtung Bodenkunde (DE-588)4007418-3 gnd |
| subject_GND | (DE-588)4181092-2 (DE-588)4185646-6 (DE-588)4054079-0 (DE-588)4007418-3 |
| title | Compaction of argillaceous sediments |
| title_auth | Compaction of argillaceous sediments |
| title_exact_search | Compaction of argillaceous sediments |
| title_full | Compaction of argillaceous sediments by Herman H. Rieke and George V. Chilingarian |
| title_fullStr | Compaction of argillaceous sediments by Herman H. Rieke and George V. Chilingarian |
| title_full_unstemmed | Compaction of argillaceous sediments by Herman H. Rieke and George V. Chilingarian |
| title_short | Compaction of argillaceous sediments |
| title_sort | compaction of argillaceous sediments |
| topic | Argile Limon Roches sédimentaires Clay Sediment compaction Silt Setzung (DE-588)4181092-2 gnd Ton Geologie (DE-588)4185646-6 gnd Sediment (DE-588)4054079-0 gnd Bodenverdichtung Bodenkunde (DE-588)4007418-3 gnd |
| topic_facet | Argile Limon Roches sédimentaires Clay Sediment compaction Silt Setzung Ton Geologie Sediment Bodenverdichtung Bodenkunde |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=001266465&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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| work_keys_str_mv | AT riekehermanh compactionofargillaceoussediments AT chilingargeorgev compactionofargillaceoussediments |