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Introduction to Soft Soil Geotechnique: Content, Context and Application [Minkštas viršelis]

  • Formatas: Paperback / softback, 364 pages, aukštis x plotis x storis: 2375x1562x0.75 mm, weight: 1580 g
  • Išleidimo metai: 29-Apr-2025
  • Leidėjas: IOS Press,US
  • ISBN-10: 1607507889
  • ISBN-13: 9781607507888
Kitos knygos pagal šią temą:
  • Formatas: Paperback / softback, 364 pages, aukštis x plotis x storis: 2375x1562x0.75 mm, weight: 1580 g
  • Išleidimo metai: 29-Apr-2025
  • Leidėjas: IOS Press,US
  • ISBN-10: 1607507889
  • ISBN-13: 9781607507888
Kitos knygos pagal šią temą:
Habitable space in deltas and river basins is under increasing pressure worldwide from economic expansion, population growth and the impacts of climate change. It is expected that within 40 years, 80% of all people will live in deltaic regions. An understanding of the complex behavior of the subsoil is particularly important in these areas. Solutions must be found which draw on the potential of the coastal system and enhance safety in densely populated coastal areas whilst minimizing ecological impact.

This book focuses on the behavior of soft soils, notably sand, silt, clay and peat. The first part of the book explains and summarizes fundamental aspects of the complicated multi-phase material we refer to as soil. In the second and third parts of the book this theoretical knowledge is further developed and used to analyze a large number of specific soil-related problems including slope stability, earth retaining structures, foundations, ground improvement, environmental impact, underground construction, coastal engineering and dike technology.

In addition, the book deals with the issue of context - the society within which the geotechnical engineer must operate - and explores the aspects of public perception and transparency which must be addressed if the engineer is to enjoy adequate social support for his indispensable contribution. Exercise applications are also included, providing ample support for self-training and teaching.
Introduction 1(4)
Part I FUNDAMENT ALS AND CONCEPTS
1 A history of geotechnical achievements
5(20)
2 Characteristics of soils
a Geological data
25(1)
b Gravimetric-volumetric data
26(2)
c Atterberg limits
28(2)
d Structure of granular soils
30(2)
e Strength and stiffness aspects
32(5)
Applications
32(5)
3 Soil investigation
a Site investigation
37(5)
b Laboratory testing
42(4)
c Physical model testing strategy
46(5)
Applications
50(1)
4 Soil and groundwater
a Vertical soil stress
51(1)
b Groundwater flow
52(7)
c Boiling, heave and piping
59(10)
Applications
62(7)
5 Uniaxial stress and strain
a Stress and strain
69(1)
b Strain concept
70(2)
c Uniaxial compressibility
72(5)
Applications
73(4)
6 Creep and consolidation
a Time-dependency
77(1)
b Creep
78(2)
c One-dimensional consolidation
80(4)
d Multi-dimensional consolidation
84(2)
e Method of the transient leakage factor
86(7)
Applications
88(5)
7 Triaxial stress and strain
a Continuum mechanics
93(3)
b Mohr-Coulomb model
96(1)
c Coefficient of earth pressure
97(2)
d Triaxial cell
99(2)
e Undrained strength
101(1)
f The A and B factor
102(7)
Applications
104(5)
Part II METHODOLOGY AND TOOLS
8 Uncertainty and reliability
a Uncertainty in geotechnical engineering
109(7)
b Partial safety factors
116(3)
c Eurocode 7 and the observational method
119(2)
d Risk approach and visualising the unseen
121(3)
e Risk management process: GeoQ
124(2)
f Expertise and experience: GeoBrain
126(7)
Applications
129(4)
9 Observation and prediction
a Physical Simulation
133(2)
b Constitutive models
135(8)
c Aspects of numerical Simulation
143(6)
d A visco-plastic analytical element method
149(14)
Applications
157(6)
Part III DESIGN AND CONSTRUCTION
10 Stability of slopes
a Limit analysis
163(1)
b Slide on long slopes (micro-stability)
164(3)
c Slide on short slopes (macro-stability)
167(9)
Applications
171(5)
11 Stability of earth-retaining structures
a Gravitywalls
176(3)
b Embedded walls
179(3)
c Slurry walls
182(1)
d Reinforced walls
183(6)
Applications
184(5)
12 Footings and pile foundations
a Bearing capacity of footings
189(4)
b Bearing capacity of pile foundations
193(6)
c Deformation of foundations
199(2)
d Dynamic soil response
201(10)
Applications
207(4)
13 Methods of ground improvement
a Gravity displacement methods
211(1)
b Replacement methods
212(1)
c Mass improvement
213(5)
d Stiff inclusions
218(5)
e Bio-chemical treatment
223(4)
Applications
224(3)
14 Environmental engineering
a Physical-chemical characteristics of soil
227(3)
b Physical-chemical processes in soil
230(3)
c Bio-chemical processes in soil
233(1)
d Heat / cold transport in soil
234(5)
e Land subsidence
239(10)
Applications
247(2)
15 Underground engineering
a Deep building pits
249(3)
b Soft ground tunnel-boring techniques
252(2)
c A cylindrical cavity in a uniform infinite soil
254(4)
d A horizontal cylindrical cavity in a uniform semi-infinite soil
258(2)
e Tunnel boring design and construction
260(3)
f Unseen leakage
263(4)
Applications
264(3)
16 Coastal engineering
a Hydro-geodynamics
267(4)
b Waves on seabed
271(10)
c Waves on breakwaters
281(5)
d A liquefaction model
286(4)
e Squeezing
290(5)
Applications
290(5)
17 Dike engineering
a Deltas in the world
295(2)
b History of Dutch dike engineering
297(4)
c Philosophy of water defence
301(8)
d State of the art
309(3)
e Latest developments
312(9)
Annex
I Answers to the applications
321(16)
II Recommended literature
337(2)
III Abouttheauthor
339(6)
IV Symbols, Standards, units, keywords
345(2)
V Name index
347(4)
VI Subject index
351