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Summary
Summary
Analysis and Design of Marine Structures includes the papers from MARSTRUCT 2013, the 4th International Conference on Marine Structures (Espoo, Finland, 25-27 March 2013).
The MARSTRUCT series of conferences started in Glasgow, UK in 2007, followed by the second conference in Lisbon, Portugal (March 2009), while the third conference was held in Hamburg, Germany (March 2011). All MARSTRUCT-conferences deal with Ship and Offshore Structures, whereby this present volume focusses on:
- Methods and Tools for Loads and Load Effects;
- Methods and Tools for Strength Assessment;
- Experimental Analysis of Structures;
- Materials and Fabrication of Structures;
- Methods and Tools for Structural Design and Optimisation; and
- Structural Reliability, Safety and Environmental Protection.
Analysis and Design of Marine Structures is an essential resource for academics, engineers and professionals involved in marine structures and in the design of ship and offshore structures.
Table of Contents
Preface | p. ix |
Committees | p. xi |
Wave loads | |
Long-term prediction of combined wave and whipping bending moments of containership | p. 3 |
Semi-empirical assessment of long-term high-frequency hull girder response of containerships-an update | p. 11 |
Numerical studies on deepwater dry tree semisubmersible | p. 19 |
Numerical simulation of structural response under bow flare slamming load | p. 25 |
Vibrations | |
Vibrations of superyacht structures: Comfort rules and predictive calculations | p. 37 |
Noise on board RO-Pax vessels: Measured levels on existing ships and new pre-normative requirements | p. 45 |
An analytical method for cabin deck fundamental frequency | p. 53 |
The use of seismic isolation with the method of finite element to reduce vibrations caused by the earthquake in the offshore platform | p. 61 |
On the non-linear hydroelastic response in irregular head waves of a structural optimized container ship | p. 67 |
Simplified formulations of mass and geometric stiffness matrices in vibration and stability analyses of thin-walled structures | p. 79 |
Response to accidental loads | |
Numerical analysis of warship's structural panel subjected to airblast and underwater explosions | p. 91 |
Behavior of stiffened panels exposed to fire | p. 101 |
Structures on ice | |
Cost optimization for ice-loaded structures | p. 111 |
Measured ice loads and design ice loads | p. 119 |
L-year maximum values of local ice loads on ship hulls | p. 125 |
Impact and collision | |
A new super-element for estimating the collision resistance of an inclined ship side | p. 137 |
Damage of ships for engine room section struck by bulbous bow | p. 147 |
Modeling aspects of strength capacity of intact and damaged ship girders | p. 157 |
Failure characteristics of strength-equivalent aluminium and steel plates in impact conditions | p. 167 |
Shear and tensile failure of thin aluminium plates struck by cylindrical and spherical indenters | p. 175 |
Material modeling for finite-element simulation of ship impacts | p. 187 |
Experimental and numerical investigations of an alternative stiffening system for ship side structures to increase collision safety | p. 199 |
Hydraulic modelling of submerged oil spill including tanker hydrostatic overpressure | p. 209 |
Plastic mechanism analysis of structural performances for stiffeners on bottom floor plating during shoal grounding accident | p. 219 |
Fatigue strength | |
Stress intensity factor analysis using digital image correlation: A post-processing approach | p. 233 |
Realistic fatigue life prediction of weld toe and weld root failure in load-carrying cruciform joints by crack propagation analysis | p. 241 |
Fatigue strength of laser-welded thin plate ship structures based on nominal and structural hot-spot stress approach | p. 249 |
Influence of surface integrity on the fatigue strength of high strength steel in balcony openings of cruise ship structures | p. 255 |
Numerical study of stress concentration factors in damaged FPSO side panels under in-plane compression loads | p. 263 |
Implementation of fatigue properties of laser welds into classification rules | p. 273 |
A FE based numerical tool for crack assessment in ship structures employing the CSR loading scheme | p. 281 |
Ultimate strength | |
Design of Y stiffened panels in double hull tanker under axial compressive loads | p. 291 |
Nonlinear buckling behavior of stiffened ship panels | p. 301 |
Finite element modelling of the ultimate strength of stiffened plates with residual stresses | p. 309 |
Elastic buckling and elasto-plastic collapse behaviors with torsion of a longitudinal stiffener under axial compression | p. 319 |
Ultimate strength of river-sea container ships | p. 329 |
Experimental analysis | |
Experiments on three mild steel box girders of different spans under pure bending moment | p. 337 |
Scale model tests for the post-ultimate strength collapse behavior of a ship's hull girder under whipping loads | p. 347 |
Solutions to improve accuracy in experimental measurement of the dynamic response of resilient mountings for marine diesel engines | p. 355 |
Composite structures | |
Numerical analysis of cracked marine structures repaired with composite patches | p. 367 |
Hybrid composite and metallic hulls, the best of both worlds | p. 377 |
Buckling studies on ship hull imperfect composite plates | p. 383 |
Calibration of a finite element composite delamination model by experiments | p. 389 |
Comparison of load-carrying behavior between web-core sandwich, stiffened and isotropic plate | p. 397 |
An experimental and numerical study of corroded steel plates repaired with composite patches | p. 405 |
On the scope of using composites as major structural parts of large commercial ships | p. 413 |
Weld simulation | |
Simulation of the weld overlay procedure for corrosion repair of pressure vessels | p. 423 |
A study on computational fluid dynamics simulation of friction stir welding | p. 433 |
Experimental investigation of welding deformations of hybrid structural joint | p. 441 |
Welding residual stress and its effect on fatigue crack propagation after overloading | p. 447 |
Structural analysis | |
Equivalent shell element for ship structural design | p. 459 |
Thermal and strength analysis of LNG tanks and their supporting structures in the early design stage | p. 469 |
Shear response of prismatic passenger ship hull-girders | p. 477 |
Linear and nonlinear FE analyses of a container vessel in harsh sea state | p. 485 |
Structural design | |
Revisit of a 1970s semi-submersible pipe layer | p. 497 |
A new generation of offshore structures | p. 507 |
Multi-objective optimisation of ship hull structure by genetic algorithm with combined fitness function | p. 515 |
Optimization of structural design to minimize lifetime maintenance cost of a naval vessel | p. 525 |
Structural reliability and risk models | |
Hull girder reliability assessment of FPSO | p. 535 |
A study on random field model for representation of corroded surface | p. 545 |
Lifecycle structural optimization of mid-ship of double hull tanker based on holistic risk evaluation | p. 555 |
Probabilistic pit depth corrosion model of subsea gas pipeline | p. 565 |
Renewable energy devices | |
Structural design of a floating foundation for offshore wind turbines in red sea | p. 575 |
Performance of tethered floating breakwater supporting small scale wind turbine of 750 kw | p. 585 |
Author index | p. 591 |