KEYWORD INDEX
Volumes I and II
A moving mesh, 413 Brittle and ductile fracture, Computational methods,
Accurate manufacturing, 1013 799, 1105
359 Broaching-to, 533 Condition, 1323
Acoustics, 1185 B-spline, 713,865 Conical shell, 1285
Added mass, 1185, 1197 Bubbly layer, 1213 Construction cost, 51
Added mass effect, 205 Buckling, 965, 1021, 1029 Container, 467
Added resistance, 671 Buckling strength, 971 Container ship, 105,293
Adjustable mould, 367 Buffer bow, 1285 Continuous wavelet
Advanced second moment Bulk carriers, 13,903 transform, 587
method, 931 Bulk cavitation, 1315 Conventional rudder, 665
Aged platform structures. Bulkhead structure, 331 Correlation coefficient,
1097 1089
Aged Ship, 997 Corrosion, 29, 341
Air gap, 621 CAD, 301 Corrosion and fatigue, 1005
Air injection, 1213 CAE, 301 Corrosion fatigue diagram,
Air lubrication, 113 Calm water resistance, 493 1045
Air-liquid two phase mixed Cantilever-beam type, 1097 Coupling effects, 887
boundary layer, 1213 Capsize, 831 Coupling mode between
Aluminium, 1053 Cargo shifting, 253 panel and stiffener, 1197
Analysis, 525, 831 Cargo ship, 91 Crack, 341
Antifouling, 517 Casualties, 13 Crack analysis, 1105
Artificial neural networks, Catamaran, 83 Crack growth, 1129
501 Cavitation, 733,749 Crack growth analysis,
Attained Index A, 261 Cavitation inception, 693 1081
Axial compression, 1029 Cavitation tests, 815 Crack initiation, 1129
CBR, 309 Critical buckling strength,
Back-propagation, 791 CFD, 459, 467 979
Backward vector auto- CFD tools, 43 Critical fill levels, 637
regressive model. 1169 Circular cylinder. 587 Critical leakage zone, 451
Bank effects, 541 Classification rules, 1331 Critical locations, 1153
Basin, 831 Coastal ecosystem model, Cross fairing, 315
Bayesian network, 349 213 Cruciform joint, 1061
BEM, 705, 1185 Coatings, 517 Cruise vessel, 767
Benchmark test, 413 Coherence analysis. 587 Crush test, 1285
Bernoulli wave, 541 Collapse, 1037 Curved, 1323
Body force, 785 Collapse analysis, 1029 Curved composite laminate,
Bottom step, 113 Collapse mechanism. 1285 1339
Boundary, 1323 Collision analysis, 1301 Cyclic bit pressure, 1097
Boundary conditions, 1205 Collision resistance, 1293
Boundary element method, Collisions, 323.831, 1285, DAA boundary segments,
895,919 1277. 1309 1315
Boundary elements, 547 Combination of load. 1089 Damage, 831
Boundary layers, 705 Combined loads. 1021 Damages of ship structures,
Bow height, 603 Compartment fire, 1261 341
Bow slamming, 593 Composite grid, 777 Damping, 831, 1185
Box-stiffener, 1053 Computational Fluid Data fitting, 349
Breaking waves, 587 Dynamics (CFD), 429, Data model, 341
Breath mode. 1197 437, 1261 Database, 501,685
Database technology, 245 Environmental impacts. Finite-analytic method, 651
Deck wetness, 229, 603 381 Finite difference, 421
Deckhouse height, 459 Eppler section design, 693 Finite difference method,
Deckhouse vibration, 1221 Equivalent body force. 777 919
Deflection, 187 Essentially Non-Oscillatory Finite element analysis,
Deflection limits, 1269 (ENO) schemes. 429 159, 1071, 1129
Delamination, 1339 Eulerian-Lagrangian, 445 Finite element model, 1221
Depressor wings, 1227 Exciter test, 1221 Finite elements, 1309
Design, 29, 127, 269, 293, Experimental evaluation, Finite volume method, 637
359 493 Finite water depth, 475
Design criteria, 275 Experimental stress F in ite-V o !um e- M eth od,
Design decomposition, 285 analysis, 1071 467
Design for environment, Experimental test, 1037 Fire, 1243
381 Experimental validation, Fire field model. 1261
Design methodology, 51 1227 Fire safety design, 1253,
Design methods, 629 Explosions, 1269 1261
Design of FPSOs, 947 External mechanics, 1301 Fire simulation, 1243
Design operational Extreme response, 175 Fire spread phenomena,
condition, 887 Extreme wave loads, 871 1253
Design standards, 1 First excursion, 237
Design wave condition, First order reliability
1089 Fabrication cost, 29 method, 237
Developable surface, 367 Fabrication effect, 1061, First-principles, 269
DICAS, 167 1137 Flexible model, 871
Differential numerical Failure strain, 1293 Flexural buckling, 979
approach, 59 Far field method, 221 Floating objects, 1277
Discounted cash flow, 293 Fast Fourier transform Floating production, 611
Double hull, 237 (FFT), 1121 Flooding, 831
Draft effect, 221 Fast marine vehicles, 547 Flow, 467
Drag reduction, 113 Fatigue. 159. 175,323. Flow-induced flutter, 895
Ducted propeller, 725 939, 1053, 1061, 1069, Flow passing a tandem
DYNA3D, 23 7 1145 fence, 451
Dynamic loading approach, Fatigue analysis, 1121 Fluid-solid coupling, 919,
887 Fatigue design, 1071 1237
Dynamic loads, 903 Fatigue design of hull Fluid-structure interaction.
Dynamic meshing, 403 details, 1153 911, 1185
Fatigue failure, 1045 Flux splitting, 429
Economic and Trade Fatigue life. 1097 Folding, 1285, 1293
development, 21 Fatigue properties, 1153 Following sea, 533
Effect of mooring rigidity, Fatigue strength design, Form optimisation, 275
197 1081 Formal safety assessment,
Effect of shear rigidity, 197 Fatigue strength. 971, 1071, 1243
Effective speed, 509 1129, Forward-oriented wave
Effective velocity, 785 Fatigue testing, 159, 1071 breaking, 485
Effective wake, 777 FE idealisation, 903 Forward speed, 847
Effective width, 965 FEA, 971 Foul release, 517
Elastic response, 221 FEA simulation, 1285 FPI, 175
Empirical method, 501 FEM, 997, 1045, 1169, FPSO, 159, 167, 175,593,
Energy, 3 81 1185 611, 1071
Energy operator, 1177 Fender systems. 1277 Fracture, 159
Entire-ship structural Fiber reinforced plastic. Fracture mechanics, 1061
analysis, 971 367 Free running, 533
Entrainment failure, 451 Fibre reinforced polymers, Free surface, 865
Environmental impact 1331 Free-surface effect, 451
assessment, 213 FINFLO RANS solver, 413 Frequency domain, 229
Friction, 517 Hull form, 91 International friendship,
Frictional resistance, 113 Hull form CAD system, 1345
FRP ships, 1339 315 International shipping, 21
Full scale, 533 Hull form design, 43, 67, International symposium,
Full-scale fatigue test, 1129 83 1345
Full scale test, 37 Hull form optimisation, 43, Inverse heat conducting
Full-scale trials, 555,629 75 analysis, 389
Fully nonlinear, 445 Hull girder. 237. 987, 1029 Inverted angle stiffener,
Fundamental mode, 1197 Hull lines, 767 1129
Funnel height, 459 Hull resistance, 59 Inviscid flows, 705
Funnel position, 459 Hull sections, 665 Irregular frequency, 847
Fuzzy arithmetic, 931 Human element, 13 Irregular waves, 229
Fuzzy reliability, 931 Hybrid approach, 237 ISO, 525
Fuzzy set theory, 245 Hybrid hydrofoil, 119 Isolated Rankine, sources,
Hydrodynamic effects, 445
Geometric optimisation, 67 1309 ITTC high-speed model,
Geometrical non-linearity, Hydrodynamic forces, 645 493
1331 Hydrodynamic loads. 911
Geometrically similar Hydrodynamic pressure, Jack-up platform, 1097
models, 113 857 Journal bearing, 1205
Global loads, 127 Hydrodynamics. 75, 767,
Graphic user interface, 685 1345
Green functions, 547 Hydro-elastic effect, 919 Lagrangian particle-tracking
Green sea, 593, 611 Hydroelasticity, 187,221, method, 451
Green's function, 847 871,895,903,911 Lap joint, 1053
Ground effect, 97 Hydroelastic interaction, Large deflections, 1331
Guide vane, 807 1197 Large eddy simulation,
Hydroelastic responses, 1261
Heat, 467 205,229 Large scale fatigue test,
Heat transfer, 389 Hydrofoil, 119, 705,895 1137
High lift rudder, 665 Hydro-ski, 97 Large-scale welding
High performance, 91 HYKAT, 479 applications, 403
High speed, 83 Large-size foil catamaran,
High speed craft, 1331 Ice-propeller interaction, 105
High speed video recording, 741 Laser welding product data
815 Impact, 97 technology, 359
High strength steel, 1113 Impact load, 97 LDV, 785
Higher order harmonic Impact pressure, 637 LDV technique, 1213
component, 887 Impact pressure distribution, L.I.F., 389
Higher tensile strength steel, 629 Life cycle analysis, 381
29 Improved welds, 1113 Life cycle cost, 29
Highly skewed fixed pitch Impulsive loads. 919 Lifting-surface method,
propeller, 1045 Increase, 525 693
High-speed medium size Infinite dimensional Lifting surface theory, 733
container ship, 301 optimization method, 699 Limit states, 51, 1269
Hopper knuckle, 323 Information systems, 341 Line heat forming, 397
Horizontally elastic Initial imperfections, 1013 Line heating, 389
response, 197 Integral numerical Linear FE model, 1293
Horn rudder, 679 approach, 59 Load lines, 603
Hot spot stress, 159, 1129, Integrated fleet, 37 Load transfer, 971
1137 Intelligent, 309 Load-carrying box filler
Hotspot stress analysis, 971 Interaction, 785 weldment, 1161
HSC, 135,579, 629 Interface design. 685 Loading/unloading, 301
HSC comparison, 143 Intermediate bearing, 1205 Local strain approach, 1153
Hull fabrication, 397 Internal mechanics, 1301 Local stress, 1061
I10
Longitudinal stiffened sub- Modified lifting line theory, Numerical welding
panel, 979 679 simulation, 403
Longitudinal strength, 323, Momentum theory, 221
925 Monte Carlo simulation, Oblique waves, 857
Longitudinally stiffened 237 Offioading, 167
panel, 1029 Moving grid, 421 Offshore, 1269
Long term, 879 Multi-criteria analysis, Offshore platforms, 939
Long-term distribution, 1029 Oil fence, 451
1089 Multi-hulled vessels, 571 Oil leakage, 451
Long-term prediction, 603, Multi-hulls, 127 Oil spill, 1285
947 Multi-linked compartments, One week design, 67
Low Mach number 1253 Operability, 563
approximation, 1261 Multiobjective optimisation, Optimal hull forms, 699
LS-DYNA3D/USA code, 285 Optimal marine propellers,
1315 Multi tiers, 1197 699
LU decomposition, 429 Optimisation, 269
Optimization, 51, 331,
Narrow tank, 1197 1323
Main engine unbalance Natural frequency, 1197 Optimization procedure, 59
moment, 1221 Naval, 127 Optimum design, 397
Main particulars, 349 Naval ship compartment, Optimum location, 151
Main-hull, 127 309 Orbital oscillations, 1227
Maintenance cost, 29 Near field method, 221 Oseenlet, 895
Maneuverability, 665 Near field theory, 187 Outriggers, 127
Maneuvring, 167 Neural network, 349, 791 Overpressures, 1269
Manoeuvrability, 671 New blade section, 693
Manoeuvre, 657 Newmark 13method, 229 Painting, 29
Manoeuvring, 75, 533 NO2 iso-surface, 459 Panel, 1323
Manoeuvring motion, 651 Noise, 749, 807, 1185 Panel methods, 733,741
Marine propellers, 705 Nominal stress, 1053 Parametric design, 275
Marine propulsion, 741 Nominal wake, 777 Parametric modelling
Maritime safety culture, 1 Non-linear, 571 approach, 67
Mean stress, 1113 Nonlinear, 879 Parametric study, 459
Mean ultimate stress, 1293 Nonlinear cable forces, Partial load and resistance
Measurement, 533,555, 1227 factors, 1269
823 Nonlinear dynamics, 1227 Partially supported
Medium frequency, 1177 Nonlinear programming, hydrofoil, 119
Mega-float model, 213 719 Partial structural analysis,
Membership function, 931 Nonlinear wave-induced 971
Memory effect function, bending moments, 887 Particle track, 459
229 Non-manifold data Passenger ferry, 135
Miner's rule, 1089 structure, 315 Phase vector analysis, 1221
Minor impacts, 1277 Non-modal method, 1177 PIV method, 451
Misalignment, 1061 Non-uniform flow, 671 Planing, 579
Mission based design, 75 Norminal wake, 791 Planing boat, 367
Mobile agent, 373 Notch stress, 1053 Platform, 611
Model-based simulation, Numerical analysis, 725, Plat-ski, 97
301 1037 Podded drives, 749
Model experiment, 113 Numerical calculation, 651 Pods, 767
Model test in tank, 91 Numerical methods, 1185, Pollution, 381
Model tests, 37, 83,205, 1309 Pontoon-type very large
555,593,629, 725, 871 Numerical optimization, floating structure, 205
Model test techniques, 749 493 Portable (wearable)
Model-ship correlation, 135 Numerical simulation, 83, computer, 341
Mode superposition, 187 187, 213, 1227 Postbuckling, 1021
Ill
Post-collapse, 1037 Redundancy, 1021 Scale law, 113
Powering performance, Reefer. 467 SCF, 1053
151,807 Regression analysis, 679 Sea loads, 865
Practical design, 1345 Regressive analysis, 59 Sea trials, 563
Pre-fabricated details, 1153 Reliability, 939. 965 Seakeeping, 75, 143,547,
Preliminary design, 51 Reliability analysis, 947 555, 563,571,579, 847
Preliminary ship design, Reliability based code Seakeeping criteria, 563
349 formulation, 955 Sectioning method, 1161
Pre-load, 1161 Reliability-based design, Self-propulsion simulator,
Pressure distribution, 713 947 719
Pressure measurement, 579 Reliability design, 925 Self-propulsion test, 777
Pressure pulse Remained following waves, Semi-displacement hull,
measurements, 815 485 493
Pressure pulses, 749 Renovation of existing Semi planing, 533
Probabilistic analysis, 947 integrated barge, 3 7 Sensitivity analysis, 979,
Probabilistic damage Requalification, 939 987
stability, 261 Residual resistance, 501 Sensor carrier, 1227
Probabilities of failure, Resistance, 143, 151,485, Series 60, 847
1269 517, 525 Service damages, 1013
Probability density function, Resistance and propulsion Shaft line alignment, 1205
603 prediction, 509 Shaken-down residual
Production simulation, 359 Resistance reduction, 1213 stress, 1161
Program, 525 Resistance test, 135 Shallow draft assumption,
Progressive collapse Response surface, 285 221
analysis, 987, 997 Response surface method, Shallow water, 83,509
Propeller, 437, 733,785, 1005 Sheet cavitation, 705
807 Response surface Ship and Offshore
Propeller analysis, 685 methodology, 331 installation, 1
Propeller design, 685, 693, Reuse of design data, 285 Shipbuilding, 373,381,
713 Reynolds Average Navier- 397
Propeller-hull interaction, Stokes equations, 59 Ship design, 59,261, 1071,
777, 799 Reynolds number, 437 1345
Propeller loading, 541 Rigid body motions, 571 Ship motion, 555
Propeller plane, 791 Rigid body response, 621 Ship motion prediction, 563
Propulsion, 725, 767. 807 Ringing, 587 Ship motions, 253
Propulsion plant, 657 Risk analysis, 253,381. Ship performance, 509
Pusher-barge-line, 37 925,965. 1243 Ship production, 359
Risk assessment, 245 Ship resistance, 501
Quantitative risk Risk-based safety standards, Ship responses, 839
assessment, 269 13 Ship structural design, 955
River-sea-going ore barge, Ship structures, 919, 965,
Random field generation, 37 971, 1071, 1105, 1169
1121 Roll, 831,839 Shipping system, 37
Random process, 237 Root crack, 1137 Shipping water load, 603
Random waves, 593 Ro-Ro. 831 Ships, 785,879, 1145
RANS, 785 Rotating ships, 421 Ships with a transom, 413
RANS calculation, 777 Roughness function. 517 Shock response, 1315
RANS equations, 719 Roughness, 517 Side longitudinal, 1129
Rational constraints, 51 Run-up. 611 Side-hull, 151
Real time simulation, 213 Similar response function
Rectangular tank, 1197 Safety, 1243 method, 1081
Re-distribution of residual Safety index, 965 Simplified, 879
stress, 1161 Sailing model, 1081 Simplified method, 1301
Reduced model, 1177 Sandwich, 1323 Simplified prediction
Reduction, 1323 Scale effect, 485 method, 1081
I12
Simulation, 293,501,657 Structural design, 331, Three dimensional methods,
Simulation method, 397 1331, 1339 547
Single-skin panels, 1331 Structural reliability, 237 Three-dimensional source
Sinkage, 475 Structural response, 629, technique, 857
Ski, 97 857 Through life costs, 293
Slamming, 229, 579, 611, Structural safety, 13 Through-thickness stress,
767,911 Structural stress, 1053 1339
Slender ship approximation, Structural vibration, 1177 Thrust, 725
43 Structures, 127, 1323, Time domain, 229, 839
Sloshing, 637 1345 Time-domain simulation,
Slot type, 1097 Submarines, 807, 1309 579
Smith's method, 997 Submersible structure, Time stepping, 445
Smoke behavior, 459 1037 Time-variation reliability
S-N curve, 1089 Suezmax, 665 assessment, 1005
S-N data, 159 Supercavitating propeller, Tokyo Bay, 213
Society of naval architects, 733 Torque, 725
1345 Super-high-speed ships, Total system, 971
Soft bow, 1285 105 Towed underwater vehicle,
Sound, 1185 Supply chain management, 1227
Spectral analysis, 587 373 Towing test, 823
Spectrum fatigue, 1113 Surface model, 315 Transient, 831
Speed, 525 Surface panel method, 645, Trial, 525
Speed loss, 887 693,713 Triangular pulse loading,
Spread-mooring, 167 Surface parameterization, 1269
SR-221 ship models, 645 43 Trim, 475
Stability, 167, 831 Surface ship, 1315 Trimaran, 43, 127, 135,
Stability assessment, 301 Surrounding, 1323 151
Statistical analysis, 791 Survivability, 269, 831 Trimaran model tests, 143
Statistical prediction, 971 Sway force, 541 T-type stiffener, 1129
Steady drift force, 187 System identification, 1169 Turbulent diffusion of heat
Steel structure, 29 and composed gas, 1253
Steering gear torque, 679 Tankers, 13,637, 1129 Turbulent viscosity, 895
Stepped hull, 119 Tanker stern form Turning motion, 645,671
Stern profile, 665 optimization, 719 Turret, 167
Stern tube bearing, 1205 Target level, 939 Twenty-first Century, 21
Stern waves, 485 Technical conference, 1345 Two-bladed vertical pre-
Stern wedges, 493 Temperature, 467 swirl stator vane, 799
Stiffened panels, 987, 1021 Templates, 403
Stiffened plates, 965 Tensile mean stress, 1161
Stiffened structure, 51 Test, 831 Ultimate bending moment,
Stiffener tripping, 965,979 Testing technique, 815 987, 1029
Stiffness, 1323 Theoretical hydrodynamics, Ultimate bending strength,
Stiffness characteristics, 705 237
1205 The pseudo-field Ultimate hull girder
Stochastic finite element mathematical model, strength, 1013
method, 237 1253 Ultimate longitudinal
Storm model, 1081 Thermal stress, 1197 strength, 997
Strain and stress curve, 987 Thermo-elasto-plastic Ultimate strength, 987,
Strength, 175, 1021, 1331 analysis, 1161 1005, 1021, 1029
Stress concentration, 1153 The thickness of heat Uncertainty, 979
Stress response function, insulation, 1253 Uncertainty analysis, 823
1081 The Yellow Sea, 83 Underwater explosion,
Strip theory, 839 Thickness diminution, 997 1315
Structural constraints, 51 Thin ship theory, 475 Unsteady loading, 741
I13
Unsteady wave pattern, 857 Wash wave, 541 Wide beam, 665
Upgrading, 293 Water impact, 911 Wide web frame space, 323
Watertight subdivision, 261 WIG, 97
Wate~,ays with shallow Wigley hull, 475
Variable amplitude loading, and strong current, 91 Wind, 525
1145 Wave cancellation multihuil Windows, 685
Ventilation, 467 ship. 43 Wing flow, 1237
Vertical bending moment, Wave drift forces. 671
879 Wave excitation, 571 Yaw moment, 541
Very large floating Wave impact. 593. 611 Yoke house, 1097
structure, 187, 221,229 Wave-induced dynamic
Vibration, 1169 response. 903 a-cut. 931
Vibration reduction, 1213 Wave-induced load. 1089
Virtual reality, 341 Wave-induced loading. 947
Viscous flow, 421,437, Wave interference. 151 3D-layout, 309
651 Wave loads, 925.971. 839 3D Rankine Panel method.
Viscous free-surface flow, Wave pressure, 1081 865
413 Wave resistance, 43,475
Viscous/inviscid coupling, Waves, 525,533 4,800 TEU container
705 Weight, 1323 carrier, 1221
VLCC, 799 Weight function. 1105
VLFS, 197, 213, 221,229 Weld endings, 1153 4 th Order balancer, 1221
Vortex-induced vibration, Welded details. 1145
1237 Welded joint, 1061
Vortex ring, 785 Welded structures, 1113,
Vortex shedding, 1237 1137
Wetdeck slamming. 621
Wake, 785 Wetted surface, 501
Wake distributions, 437 Whipping response, 887
Wash, 475 Whirling vibrations, 1205
