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Advanced Analysis of Marine Structures
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In the design of modern ship and offshore structures, one of the key issues is the accurate prediction of strength under various load conditions, especially impact, ultimate and fatigue strength. This Reprint contains an advanced analysis of marine structures and recent advances in the structural design and analysis of ship and offshore platforms
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Keywords
- air cavity
- analytical method
- AUTODYN
- bearing characteristics
- bending moment
- bending stiffness
- blast
- box girder
- CFD-FEA
- clay
- codend
- collision
- composite fabric membrane
- constitutive model
- cowper-symonds
- Crack growth
- cracked plate
- crashworthiness optimization
- cruciform
- Cruise ships
- cylindrical oscillator
- ductile fracture
- dynamic behaviour
- dynamic failure
- dynamic loading tests
- dynamic ultimate strength
- experimental analysis
- experimental study
- fatigue damage assessment
- FEM-ALE
- fire resistance test
- floating
- floating ice condition
- floating offshore structure
- floating structure
- fluid cavity model
- fracture prediction
- gravity anchor
- honeycomb
- hot spot stress (HSS)
- hydroelasticity
- ice load
- ice resistance
- ice-breaking process
- impact
- inflated structure
- level ice
- low cycle fatigue
- Low temperature
- low-frequency broadband sound absorption
- lumping block equivalent method
- mitigation
- model experiment
- model test
- modeling
- mooring system
- multi-planar interaction
- multi-working conditions
- n/a
- nonlinear wave loads
- Numerical Simulation
- oscillation characteristics
- PD-FEM coupling approach
- plastic deformation
- pontoon
- resistance characteristics
- riser–seabed interaction
- shell element
- ship collision
- ship-ice interaction
- ship’s collision and grounding
- simulated catch
- spatial CHS KK-joints
- steel catenary risers
- stiffness step
- strain rate
- stress concentration factor (SCF)
- structural deformation
- structural response
- structure-ice collision
- Submarines
- superstructure
- surrogate model
- temperature distribution
- touchdown zone
- ultimate strength
- V-H failure envelope curve
- vector form intrinsic finite element method
- wave energy equivalence
Links
DOI: 10.3390/books978-3-7258-1690-3Editions