Partial contents: An Exact Theory of Gravity Wave Generation by Moving Bodies, its Approximation, and its Implications; Strong Nonlinear Characteristics of Steep Surface Gravity Waves; Binnie Waves; Three-dimensional Nonlinear Long Waves du e to Moving Surface Pressure; Travelling Bubble Cavitation Noise Measurements; Cloud Cavitation--Theory; Viscous Effects on the Stability of Cavitating Line Vortices; A Numerical Approach to Nonlinear Ship Motion; Slowly-varying and Mean Second-order Wave Forces on Ships and Offshore Structures; Second-Order Forces Acting on Cylindrical Body in Waves; Slender-Body Calculations of Ship Motions; Prediction of Relative Motion of Ships in Waves; Cavitation Inception Scaling by Roughness and Nuceli Generation; Role of Microbubbles on Cavitation Inception on Head Forms; Cavitation Erosion Tests with Oscillating Foil Section; Comparison of Computational and Experimental Unsteady Sheet Cavitation; Theoretical Treatment of Unsteady Cavitation on Ship Propeller Foils; Numerical Prediction of Unsteady Sheet Cavitation on High Aspect Ratio Hydrofoils; Hydrodynamic Pressure Measurements on a Ship Model Propeller; Effects of Hull Pitching Motions and Waves on Periodic Propeller Blade Loads; Analytical Prediction of Pressures and Forces on a Ship Hull due to Cavitating Propellers; A Streamline Curvature Method for Computing the Flow Near Ship Sterns.