504 Indexfracture 90
and stress waves 225
aperture 145
characteristics 96
computer packages 115
frequency in different directionsfrequency occurrence 103
intersection direction 105
persistence and strength 137
property measurement 178
questions only 421
set orientation 113
stiffness/compliance 119
fractured rock permeability 142
fragment size distribution 248107,180geological setting 13
questions only 403
geometry of fractures 92
geostatistics 171
geothermal energy 377
Gj~vik Olympiske Fjellhall 7
glacial deformation 21
ground response curve 276+, 380
GSI 127hazard prediction 23
hemispherical projection
questions only 421
example 97
methods for block analysis
343
overlays 320
sheet 492
Hoek-Brown criterion 135,393
Hooke’s law generalised 58
Hoover Dam 286
hydraulic
conductivity 142
conductivity of parallel fracturesconductivity principal directionsfracturing 48,156in situ rock stress 39inhomogeneity^159
intact rock 71interaction matrix 234-243
144154,165questions only 409questions only 437questions only 417interactions 231International Journal of Rockquestions only 455Mechanics and Mining Sciences
journal 10Mechanics 9questions only 401Kalgoorlie super pit 314
kinematic feasibility 319
Kirsch solution 358International Society for Rockintroduction 3mine design for stresses 396
mine pillar design 390, 393
model of stress cube 491
modulus of rock mass 183
Mohr-Coulomb envelope 75
Mountsorrel granodiorite 91negative exponential distribution 93
negative feedback 242
Niagara dolomite 90objectives of engineering 248parallel fracture hydraulicPart A: questions and answers 2
Part B: questions only 399
Parthenon frieze 86
permeability 141phi j theory 273
pillar 223 382,390, 393
factor of safety 391
pitch 105
positive feedback 242
precision 161, 164
pre-splitting 253
principal shear stresses 36
purpose of book xiiconductivity 144questions only 431Q 194, 199+, 498 (table)
quarry slope design analysis 318t
questions for analysis and design
397references 487
reinforcement of rock 265
questions only 465
relaxation 216, 223