Part I: Structural Design Principles Chapter 1 Introduction Chapter 2 Wave loads for ship design and classification Chapter 3 Loads and dynamic response for offshore structures Chapter 4 Scantling of ship's hulls by rules Chapter 5 Ship hull scantling by analysis Chapter 6 Offshore structural analysis Chapter 7 Limit-state design of offshore structures Part II: Ultimate Strength Chapter 8 Buckling/collapse of columns and beam-columns Chapter 9 Buckling and local buckling of tubular members Chapter 10 Ultimate strength of plates and stiffened plates Chapter 11 Ultimate strength of cylindrical shells Chapter 12 A theory of nonlinear finite element analysis Chapter 13 Collapse analysis of ship hulls Chapter 14 Offshore structures under impact loads Chapter 15 Offshore structures under earthquake loads Part III: Fatigue and Fracture Chapter 16 Mechanism of fatigue and fracture Chapter 17 Fatigue capacity Chapter 18 Fatigue loading and stresses Chapter 19 Simplified fatigue assessment Chapter 20 Spectral fatigue analysis and design Chapter 21 Application of fracture mechanics Chapter 22 Material selections and damage to tolerance criteria Part IV: Structural Reliability Chapter 23 Basics of structural reliability Chapter 24 Random variables and uncertainty analysis Chapter 25 Reliability of ship structures Chapter 26 Reliability-based design and code calibration Chapter 27 Fatigue reliability Chapter 28 Probability and risk based inspection planning Part V: Risk Assessment Chapter 29 Risk assessment methodology Chapter 30 Risk assessment applied to offshore structures Chapter 31 Formal safety assessment applied to the shipping industry Chapter 32 Economic risk assessment for field development Chapter 33 Human reliability assessment Chapter 34 Risk centered maintenance.