IJOPE Subject Index A-E
@
A
ABIC, Bayesian estimation of directional wave spectra for ship guidance system 12.1.25-30
ABS (American Bureau of Shipping) SafeHull guide, grounding, double-hull tanker 7.2.141-145
Abrasion of concrete structures, excursion distribution of crushing ice 6.2.144-151
Absorber
optimum conditions, vibration control, pipe string 4.1.62-67
vibration, pipe string, cobalt crust 2.4.309-317
wave-absorber, generation and absorption in wave basins: theory and application 16.2.81-89
Absorbing efficiency, ship-bridge pier collision, new material protective device 10.3.217-221
Absorption
condition, time domain 11.3.168-178
waves, numerical wave tank 11.3.168-175
Acceleration
frequency 11.2.106-112
potential 8.4.251-257
vertical 11.2.106-112
Accidents, Chinese transmission lines, analysis of severe ice accidents 14.3.196-201
Accretion, ice
analytical modeling of ice load, dry ice accretion shapes 12.3.178-183
high-voltage 4.1.40-47
insulators, flashover 2.3.228-233
3-D modeling 5.1.37-42
Acicular ferrite, thermodynamic analysis of inclusion formation for weld microstructure control 16.2.128-131
Acoustic tomography, real-time acoustic monitoring of ocean interiors 13.4.280-284
Acoustics, noise, correlation, wind temperature, ice deformation 6.2.152-158
Action, storm wave, silts, liquefaction 6.4.308-312
Activated control, anti-rolling tank 5.1.17-22
Added mass
and damping 1.2.101-107
coefficient(s), drag 1.2.154-160, 1.4.264-269, 1.4.270-278, 2.2.81-86
collision 1.4.293-299
low-frequency, semisubmersible 3.1.17-25
nonlinear waves 4.3.174-182
offshore structures 2.4.251-261, 3.2.107-114
vertical circular cylinder 4.1.11-17
vertical and horizontal square cylinder 5.3.180-187
Adhesion, oil and ice 7.4.246-253
Adjoint method for nonlinear system, sensitivity theory analysis 13.3.169-174
Adsorption, kinetics of hydrate formation 12.4.256-263
AE (acoustic emission) method, stress corrosion cracking, high-strength steel 5.1.67-71
Aerodynamics, wave energy 4.1.68-75
Agents, cementing, electrocementation of marine clay induced by electrokinetics 13.4.308-315
Aggregation, marine clay, permeability 6.3.234-239
Aging, thermal, for deepwater applications; improved collapse resistance of UOE line pipe 17.4.280-287
AHSP (aluminum honeycomb sandwich plate) 8.2.148-154
Air chamber
moored structure 1.2.161-163, 4.2.89-96
nonlinear time-domain simulation of pneumatic floating breakwater 16.1.25-32
numerical analysis on 2-D optimal profile of floating device with water column (OWC)-type wave energy converter, 16.4.297-304
wave power generating system 15.4.292-299, 16.4.297-304
Aircraft collision with large floating structure- used as airport 11.2.118-124
Aircraft landing impact, aircraft-floating structure-water interaction system 15.4.257-263
Airgap
beneath multicolumn gravity-based structures, diffraction theory as prediction tool 16.3.175-182
design, water wave diffraction and spectral response surface method 17.4.254-258
prediction from 2nd-order diffraction and Stokes theory 12.3.184-188
Air-ice drag coefficient 12.2.121-125
Airport
floating 9.1.39-47
marine 11.2.118-124
Air-sea interface, ROV, maneuvering 6.3.177-183
Air turbine with staggered blades for wave power conversion 13.4.316-320
Alexander Kielland accident, fatigue reliability of marine structures 17.1.1-21
Algorithm
genetic, optimal acoustic search path planning for sonar system 17.3.218-224
genetic, optimization of ship structural design 13.1.60-65
genetic, optimization of vortex shedding in 3-D wakes using belt actuators 15.1.7-13
new filtering 9.3.201-207
patrol algorithm research, biomimetic robot fish 15.1.1-6
successive learning track-keeping control (SLTC) 10.3.182-186
ALE (arbitrary Lagrangian-Eulerian) formulation 7.4.269-276
ALP (articulated loading platform), currents and waves 4.4.298-301
Aluminum
alloy, applied positioning-controlled friction welding process 16.2.132-137
alloy friction stir welds, grain structures, observed by stop-action technique 14.4.289-295
alloy, 6061 8.2.140-143, 8.2.144-147
honeycomb sandwich plate (AHSP) 8.2.148-154
plates, impact tests in low-velocity regime 9.1.10-15
AMOEBA (Advanced Multiply Organized Experimental BAsin), ship motion analyses of ring and focused transient waves with absorbing wave-maker 16.1.10-17
Amplitude
buffer, pump modules, pipe string 4.1.62-67
constrained, wave-energy converters 12.2.147-155
finite, surface wave propagation 9.3.161-166
large, deep-ocean pipe 4.4.331-339
longitudinal vibration 1.2.154-160, 2.4.309-317
modulated oscillations 1.2.32-37
significant, analysis of ocean waves 10.4.255-262
variable, fatigue damage accumulation 10.2.131-136
Analysis(es)
bispectral, wave modulation 4.1.1-5
collapse, stiffened plates, new simplified model 12.2.126-133
collapse, system, ISUM approach, double-bottom ship structures 13.3.224-231
collision, airplane and marine airport 11.2.118-124
concrete creep, TLP 7.3.168-173
coupled, deepwater oil offloading buoy response and experimental validation 16.4.290-296
direct spectral fatigue analysis method, offshore structures 9.1.55-61
direct spectral method, perturbation 2.1.7-12
distributed parameter sensitivity, nonlinear systems 13.3.169-174
dynamic, ice 2.3.204-211
dynamic, riser 3.4.299-305
dynamic structural 7.4.301-307
earthquake, buried structures and pipelines 11.2.133-140
elastic, chain links 1.4.317-323
elastoplastic, system for post-buckling strength of ship double-hull structures 13.3.209-215
element analysis, solution comparisons, lateral undrained resistance factor 11.3.211-219
experimental, structural dynamics, drilling derrick, jacket platform 6.3.184-194
failure, composite lamination 4.3.248-256
fatigue, catenary riser 7.4.293-300
finite element, collapse thick pipes 4.4.312-319
finite element method vibration analysis, mega-float structure 12.1.48-55
finite element method, marine riser 1.4.300-306
finite element method, pile foundation 9.3.226-232
finite element method, analysis, optimization of ship structure 13.1.60-65
fracture, abrasion of concrete structures, crushing ice 6.2.144-151
free vibration, offshore structures 3.3.219-224
frequency and time domain, ALP 4.4.298-301
hull/mooring coupled 11.1.42-54
icing event occurrence, Québec, field-data statistics 11.1.9-15
identification 9.3.201-207
inverse 9.3.201-207
large displacement, marine riser 1.4.300-306
modal, sensitivity, offshore jacket structure 5.1.58-66
mooring, deepwater oil offloading buoy response and experimental validation 16.4.290-296
non-Gaussian, stochastic dynamics, offshore structure 7.3.205-211
nonlinear, see topic entry below
numerical, dilative behavior of granular materials 13.4.301-307
numerical, multiplanar tubular steel XX-joints 7.2.146-153
numerical, self-weight consolidation of slurried marine clay 9.4.314-319
probabilistic, pipelines subjected to carbon dioxide corrosion 10.2.123-130
qualitative and quantitative risk, risk assessment, application of fuzzy sets theory 12.4.288-296
regression, gusset-plate/CHS tube joint load-deformation relationship 10.4.292-300
reliability, fatigue damage accumulation 10.2.131-136
sensitivity, computing boundary conditions for zooming finite element analysis 13.1.60-65
sensitivity, distributed parameter, of nonlinear systems 13.3.169-174
simplified, system for post-buckling strength of ship double-hull structures 13.3.209-215
single degree of freedom (SDOF), blast resistance, topside structures 7.3.212-219
spectral 3.2.107-114, 9.2.134-140
spectral, nonlinear wave 11.2.87-92
statistical, icing event occurrence, Québec, field data 11.1.9-15
stress, hot-spot procedure, ships and FPSO units 12.1.40-47
submodeling, analysis of ship structure with SPR method 13.3.216-223
subsea pipelines 8.4.283-291
time domain, FEM, of hydroelastic response of VLFS with fully nonlinear free-surface conditions 16.3.168-174
transient; improved inherent strain analysis for plate bending by line heating considering phase transformation of steel 17.2.139-144
uncertainty 10.1.10-18
wavelet 8.4.270-272
zooming FEM analysis, stress analysis, optimization of ship structure 13.1.60-65
Analysis(es), nonlinear
concrete creep, TLP 7.3.168-173
dynamic, plastic node method 1.3.220-227
marine riser 1.4.300-306
principal component, nonlinear Volterra models in offshore engineering 13.1.12-20
random waves 4.4.257-264
response 9.2.112-116
SDOF, blast resistance, topside structures 7.3.212-219
structural 8.4.292-302
Analytic solution, 2nd -order, PC-based, wave loads, TLP 5.4.261-269
Analytical
approach, overall chord bending, multiplanar, tubular steel TT-joints 5.4.308-316
approximation 7.4.293-300
Anchor(s)
centrifuge modeling of anchor-pipeline interaction 17.1.67-73
drag, in layered soils 9.1.73-78
earth; uplift behavior of under-reamed anchors in seabed 17.4.317-319
fixed, in cohesive seafloor 11.2.141-146
fixed, subjected to vertical loading in rock 15.4.312-320
load, horizontally loaded suction piles 10.3.222-228
plate, soft clay 5.3.230-234
plate; uplift behavior of under-reamed anchors in seabed 17.4.317-319
rock-anchor design 15.4.312-320
suction caisson, lateral undrained resistance 11.3.211-219
uplift behavior of under-reamed anchors in seabed 17.4.317-319
Angle
developed friction, horizontal loading capacity of suction piles 12.1.56-63
dilation, dilative behavior of granular materials 13.4.301-307
friction, direct shear test, oil contamination 11.3.220-226
friction, internal, geotechnical characteristics of marine soil deposits 12.2.81-88
inclination, lifting analysis for heavy ship-hull blocks using 4 cranes 15.1.62-64
lay, steel cables, dynamics 7.1.54-62
mobilized soil friction, suction pile installation 12.4.311-315
mobilized soil friction, suction pile retrieval in sand, transition of soil strength 15.2.155-159
Anisotropic
hardening; modeling of anisotropy of TMCP and UOE line pipes 17.4.288-293
plasticity, sea ice 8.1.9-15
Anisotropy
modeling, of TMCP and UOE line pipes 17.4.288-293
parameter, thick tubes, collapse 3.2.121-129
ANN, see Artificial neural network
Antarctic building, snowdrift modeling 2.1.73-79, 3.1.61-65
Anti-pitching fins 11.2.106-112
Anti-rolling tank, control 5.1.17-22
Apparent stress intensity factor, crack nucleation time 4.2.151-155
Applicability, fill materials for sand compaction pile (SCP) 13.1.66-72
Applications, ice 2.3.204-211
Approach
approximate reasoning approach (fuzzy averaging method) 16.1.48-56
simplified linear, concrete creep analysis, TLP 7.3.168-173
Approximation
Kriging metamodel, prediction for motion of tracked vehicle traveling on soft soil 17.2.132-138
least squares 11.2.87-92
low-Mach number, hot gas movement induced by marine compartment fires 13.4.249-253
parabolic, VLFS of arbitrary geometry 13.3.198-204
2nd order of 9.2.81-89
Architecture, winter, 20~30-m ice dome, field experiment 12.4.264-270
Arctic
composite structure 1.4.324-326
Ocean, noise, correlation, wind, temperature, ice deformation 6.2.152-158
offshore, armoured riserfs response to wave and ice actions, and ice-block impacts 15.4.282-291
Armoured riserfs response to wave and ice actions, and ice-block impacts 15.4.282-291
Array(s)
(of) circular cylinders, gap effect on transversal force 15.4.249-256
cylinder, nonlinear wave diffraction 7.3.181-188
offset bodies, cable dynamics 3.3176-182, 3.3.183-188
Art, state of the 9.1.1-9
Articulated leg platform 9.2.141-148
Articulated loading platform (ALP), currents and waves 4.4.298-301
Articulated tower, nonlinear response 2.1.61-66
Artificial damping in water wave problems 13.2.88-98
Artificial neural network (ANN), application to soft clay for estimation of undrained shear strength 16.1.73-80
Asgard Transport System, design for thermal buckling of trunklines 12.4.271-279
Assessment
failure, diagram, welded T-joints 11.2.125-132
fatigue, welded structures, hot-spot stress design curves 12.2.134-141
remaining life, superheater tube 4.1.36-39
risk, application of fuzzy sets theory 12.4.288-296
risk, groundings of commercial vessels 9.1.16-21
Asymmetric wave, strong
and weak, impact and nonimpact 7.3.161-167
and weak, numerical wave tanks: review 9.4.241-256
and weak, springing and ringing, TLP 7.1.28-35
impacting process 6.4.291-293
Asymptotic
expansion method, matched, slamming impact pressure on VLFS 12.1.9-15
solution 8.4.303-310
Atmospheric
cable icing, rate, device 5.1.43-50
icing, crystallography, high voltage 7.1.13-15
icing, ground wing deicing 5.1.32-36
icing, wind speed and wind-on-ice loads 11.1.9-15
processes, large-scale; conditions for formation of extremely severe ice seasons in northeastern Barents Sea from early 1950s to present 17.3.161-168
wet icing 8.3.167-172
Australia, North West Shelf, cyclonic conditions 8.1.58-65
Automation
CAD 1.3.228-234
multi-AUV system with smart cable for rapid inspection of underwater structures 14.4.265-273, 14.4.274-283
Autonomous underwater vehicles (AUV), see also Underwater vehicles
France, deep-sea research 6.4.268-274
multi-AUV system with smart cable for rapid inspection of underwater structures 14.4.265-273, 14.4.274-283
navigation, geophysical maps 6.1.9-18
Average method, nonlinear roll equation 3.1.32-34
AVHRR (advanced very high resolution radiometer) analysis 13.2.128-132
Avoidance, obstacle
linear parameter-varying techniques 13.1.52-59
rapid inspection of underwater structures by multi-AUV system with smart cable 14.4.265-273, 14.4.274-283
Award Recipients at ISOPE Conferences (1993, 1994, 1995) 5.4.319
Axial
bending and torsional responses, coupled, vertical pipe, deep-ocean 6.3.203-211
bending and torsional vibrations, deep-ocean pipe 4.4.320-330, 4.4.331-339
crushing, collapse mechanism of buffer bow structure, ship collision 15.2.147-154
dampers, elastic joints, vertical pipe, deep-ocean mining 7.1.36-43
fatigue 9.2.149-157
flow air turbine 7.4.308-312
force, effective, pipelines 2.2.157-158
force, true, pipelines 2.2.157-158
stiffness, steel cable, lay angle 7.1.54-62
stress, pipe-string, buffer 1.2.154-160, 2.4.309-317, 4.1.62-67
stresses, cables 3.3.172-175
Axisymmetric
bodies, numerical examination of 3rd-order wave force 11.4.248-253
obstacles, wave water diffraction 4.3.169-173
Azores European Pilot plant, Pico Island 11.2.147-154
B
Bacteria, sulfide-reducing 4.3.234-240
Baffin Bay, modeling annual variation of sea-ice cover 17.3.176-181
Baffle plates, waterjet nodule lifter, manganese nodule collector 11.3.237-239
Baffled, unbaffled tanks, liquid sloshing, ship rolling 6.4.278-282, 6.4.283-290
Bainite
granular; metallurgical design of steel plates with advanced cryogenic properties for fabrication of pressurized-LNG containers 16.2.118-122
microstructure design for high-performance X120-grade linepipe 14.1.2-17, 29-35
Barents Sea
flexural strength of drifting first-year ice in Barents Sea 17.3.169-175
ice ridges, hummocks, May 2003 Expedition data 15.1.28-33
northeastern, conditions for formation of extremely severe ice seasons from early 1950s to present 17.3.161-168
northeastern, estimations of some components of ice conditions 16.4.274-282
Baroclinic energy flux, internal wave energetics on shelf break 17.1.22-29
Basin(s)
AMOEBA (Advanced Multiply Organized Experimental BAsin), ship motion analyses of ring and focused transient waves with absorbing wave-maker 16.1.10-17
depth, mathematical modeling of shock loading of solid ice cover 16.1.1-4
wave, configuration 16.2.81-89
wave, generation and absorption, theory and application 16.2.81-89, 16.4.120 (Discussion)
wave, hydrodynamics 5.1.1-9
Bay area, Osaka, offshore/onshore project 6.2.81-90
Bayesian
decision theory, pipelines subjected to carbon dioxide corrosion 10.2.123-130
modeling procedure 12.1.25-30
statistics 9.1.16-21
Beach(es)
barred 9.4.257-263
damping 10.1.1-9
Beam
double cantilever (DCB) specimen, crack length measurement, DCPD 5.2.147-152
element for analysis of oil-structure interactions and pipelines 9.1.22-29
Beam-column
connection, without weld-access holes, testing 12.3.229-235
damaged, strength 4.2.127-133
element, collapse analysis of stiffened plates, new simplified model 12.2.126-133
on elastic foundation 1.4.284-292
Bearing capacity
pipelines 4.1.30-35
shallow, sand, footing, failure-envelope 6.1.62-67
suction bucket foundation in saturated sand 15.4.300-303
ultimate, unsaturated oil-contaminated sand, direct shear test 11.3.220-226
Beaufort Sea, ice loads, offshore structures 8.1.16-21
Behavior
-based robot fish, control system, research on patrol algorithm 15.1.1-6
creep, deep-sea and island clays at room and elevated temperatures 15.1.65-70
fatigue, nailed tubular connections 10.3.209-216
mechanical, ice loads 4.1.53-61
soil, electrocementation of marine clay induced by electrokinetics 13.4.308-315
ultimate, tubular joints 3.1.43-50
BEM (boundary element method)
contact mechanics, ice, indentor 7.1.16-21
-FEM methods, mixed: aircraft landing impact, aircraft-floating structure-water interaction system 15.4.257-263
-FEM model, combined 8.1.30-38
nonlinear wave-body interactions with fully submerged dual cylinders 14.3.210-217
numerical analysis of internal kinematics and dynamics, 3-D breaking ocean waves on slopes 14.4.247-256
OWC-shoreline devices, numerical modeling 11.2.147-154
porous flow in vertical breakwater induced by nonlinear waves 11.3.194-201
simulation of wave-body-current interactions in time domain 11.1.33-41
wave-current interaction in shallow flows 14.2.86-88
BEM higher-order (HOBEM)
drift forces 3.2.101-106
hydrodynamic loadings 1.1.8-17
irregular waves 4.4.265-272
nonlinear hydrodynamic forces 4.3.174-182
responses of barge-mounted platform in waves and currents 9.4.283-292
TLP 4.4.284-291
wave load, compliant TLP 5.2.111-119
wave response analysis by accelerated Greenfs function method in infinite water depth 17.1.32-38
wave run-up 5.3.219-224
Bend
pipe, pipeline, smooth, deformation capacity 5.4.294-307
stiffness, umbilical 3.2.150-155
Bending
cables, locked coil 5.2.153-160
cables, offshore platforms 3.3.189-196
cables, simulation deployment 3.3.197-204
chord, overall, multiplanar tubular steel TT-joints 5.4.308-316
combined tension and, pure, thick pipes 4.4.312-319
double-wall pipe 4.2.142-150
ice loads, mechanical behavior 4.1.53-61
moment, dynamic 7.4.293-300
moment, still water, wave, production ships 4.4.302-311
pressure, and, combined, thick tubes, collapse 3.2.121-129
stiffness, cables 2.2.110-113
stiffness, cables, chains 3.3.162-167
stiffness, cables, lay angle 7.1.54-62
stress, longitudinal, directional wave spectra for ship guidance system 12.1.25-30
stresses, cables 3.3.172-175
torsional responses, and, coupled, vertical pipe, deep-ocean 6.3.203-211
torsional vibrations, and, deep-ocean pipe 4.4.320-330, 4.4.331-339
umbilical 3.2.143-149
Berthing operations
difficulty, wave-induced ship motions entering and departing harbors 15.2.117-124
ship and fender coupling, chimera RANS simulation 10.2.112-122
translational and rotational motions 8.3.182-191
turbulent flows 7.4.277-284
Biaxial
lateral loading, and, ship, stiffened panel, ultimate strength 7.1.22-27
vibrations, deep-ocean pipe 4.4.320-330, 4.4.331-339
Bichromatic waves
large-scale experiment, spar platform 6.1.27-34
2nd-order Stokes waves in numerical wave flume 9.3.175-181
Bifurcation(s)
nonlinear and chaotic motions 2.1.61-66
nonlinear dynamics 3.1.26-5
stationary and Hopf, equilibrium positions of cylinder 12.1.31-33
Bilge keels 10.4.241-248, 13.4.241-248
Bingham plastic, constitutive equation for fluid-particle flow simulation 16.1.18-24
Biology-inspired precision maneuvering of underwater vehicles
Part 3 15.2.81-87
Part 4 16.3.195-201
Biomimetic robot fish, research on patrol algorithm 15.1.1-6
Biplane axial turbine 1.2.122-128
Bispectral analysis, wave modulation 4.1.1-5
Bivalves, coastal waters, Korea, TBT 6.4.313-319
Blade(s)
impulse turbine 5.1.72-74
section, shape, Wells turbine performance 11.3.227-230
self-pitch-controlled 7.4.308-312
sweep, rotor blade 9.3.233-239
tandem, impulse turbine 4.1.76-80
wind turbine, numerical analysis of large-scale vertical axis 14.3.233-238
wind turbine; wind tunnel study of electrothermal deicing/heating 17.3.182-188
Blast resistance, SDOF, topside structures 7.3.212-219
Blocks, heavy ship-hull, using 4 cranes, lifting analysis 15.1.62-64
Body(ies)
antisymmetric, development of floating body with high performance 17.1.39-46
arrays of, offset, cable dynamics 3.3.176-182, 3.3.183-188
axisymmetric, numerical examination of 3rd-order wave force 11.4.248-253
flexible, thick plate, ocean waves 5.3.198-203
floating 2.3.175-185
floating, development with high performance 17.1.39-46
floating body dynamics, deepwater oil offloading buoy response and experimental validation 16.4.290-296
floating, harbor geometry 4.2.97-104
floating, wave-body interaction 5.3.171-179
(at) forward speed, waves and current interaction 1.1.58-63
3-D, wave radiation 3.4.264-272
towed, washover laboratory experiments with optical instrument 13.4.274-279
Boiler, fossil fuel, on-site test 4.1.36-39
Boron, high-strength steels for gas pipelines, X120-grade, feature issue 14.1.2-17, 29-35
Bosphorus, The, 2-layer flow, tube-tunnel 5.2.98-104
Bottom
circular cylinder, irregular wave 7.1.70-76
currents, hydrodynamic conditions, Clarion-Clipperton Ore Zone of Pacific (1993) 11.3.231-236
double-, structures in ships, ISUM approach for collapse analysis 13.3.224-231
friction 9.2.81-89
interaction, surface-mooring dynamics 10.3.200-208
interaction, touchdown region of catenary moorings 11.4.273-281
pressure distribution, waterjet nodule lifter, manganese nodule collector 11.3.237-239
raking, grounding, ship dynamics 6.3.195-202
resistance, vertical uplift capacity of suction caissons 12.2.89-97
topography, hydrodynamic force 4.2.97-104
wave velocities, water wave diffraction 4.3.169-73
Boundary
condition, implicit body surface 8.4.251-257
condition, Orlanski open, irregular waves 4.4.265-272
conditions, free-span pipeline 6.1.53-61
conditions, pipe, deep-ocean mining 6.3.203-211
Desingularised Boundary Integral Equation Method 13.1.29-37
grain fracture area, high-strength steel 5.1.67-71
integral, equation, numerical wave tanks: review 9.4.241-256
integral, equations, interaction, fluid-structure 4.1.6-10
integral representation, comparison of classical and weakly-singular representations of free-surface potential flows 15.4.241-248
layer, analytical solution 8.4.303-310
layer, oscillating cylinder, roughness effect 5.3.188-197
layer, wind turbulent 2.1.73-79, 3.1.61-65
moving, simplified treatment in MEC model 14.4.241-246
open condition, nonlinear waves 4.3.174-182
Boundary element method, see BEM
Boundary-layer, see Moving Surface Boundary-layer Control (MSBC)
Boussinesq
cut-cell model for wave scattering from cylinder in shallow water 17.4.266-269
wave model 7.4.262-268
Bow flare slamming 16.2.112-117
Bow indentation, ship collision 10.3.217-221
Brace-to-chord intersection 2.2.141-146
Brash ice, oil spills 3.4.306-312, 5.2.127-133
Breaking wave(s), breakers
deformation, group evolution, LONGTANK 4.3.200-205
energetic 2.1.46-53
flow field 10.4.263-268
focusing 2.2.93-109, 6.2.131-137
groups, ringing response of vertical cylinder 9.4.276-282
ice, nonstationary movement of load 9.4.293-297
LONGTANK 4.3.200-205
short-crested, laboratory measurements 5.3.212-218
spilling-type breakers; wave-current interaction for waves propagating against currents 17.4.259-265
wave particle, velocity 1.2.108-114
Breakout
factor, soft clay 1.3.195-199
force, soft clay 1.3.195-199
Breakwater(s)
composite, investigations of wave reflection characteristics 17.2.112-118
elastic floating mat-like plate in waves, effects of breakwaters 13.1.43-51
element model on sandy seabed 11.4.241-247
moored floating, performance 15.4.264-273
floating pontoon, with wave-wall 12.1.114-120
perforated, experimental optimization in presence of ship-generated waves 14.2.98-103
pile-restrained 8.4.265-269
pneumatic; nonlinear time-domain simulation 16.1.25-32
submerged, investigations of wave reflection characteristics 17.2.112-118
vertical 9.3.182-187
Bridge(s)
cables, locked coils 5.2.153-160
large-diameter spiral strands against axial fatigue 9.2.149-157
pier, ship collision 10.3.217-221
Brittle
fracture, welded T-joints 11.1.125-132
indentation, failure, ice 2.3.212-221
Brittleness; fracture and size effects in weakly cemented sand 17.4.294-300
Buckle propagation and fracture in pipelines 9.1.30-38