by Jeon Kee Paik /Hughes Owen 2010


1. Rationally-Based Structural Design
2. Loads, Structural Response, Limit States, and Optimization
3. HULL GIRDER RESPONSE ANALYSIS — PRISMATIC BEAM
4. WAVE LOADS—STATISTICAL, DYNAMIC, AND NONLINEAR ASPECTS
5. RELIABILITY-BASED STRUCTURAL DESIGN
6. FRAME ANALYSIS
7. BASIC ASPECTS OF THE FINITE ELEMENT METHOD
8. NONLINEAR FINITE ELEMENT ANALYSIS
9. PLATE BENDING
10. DEFORMATION AND STRENGTH CRITERIA FOR STIFFENED PANELS UNDER IMPACT PRESSURE
11. BUCKLING AND ULTIMATE STRENGTH OF COLUMNS
12. ELASTIC BUCKLING OF PLATES
13. LARGE DEFLECTION BEHAVIOR AND ULTIMATE STRENGTH OF PLATES
14. ELASTIC BUCKLING OF STIFFENED PANELS
15. LARGE DEFLECTION BEHAVIOR AND ULTIMATE STRENGTH OF STIFFENED PANELS
16. ULTIMATE STRENGTH OF SHIP HULLS
17. FATIGUE OF SHIP STRUCTURAL DETAILS