Naval Architecture I

• INTRODUCTION

• GEOMETRY OF SHIP

• HULL SURFACE & LINES PLAN

• COEFFICIENTS OF FORM

• DISPLACEMENTS & TONNAGES

• NUMERICAL INTEGRATION IN NAVAL ARCHITECTURE

• SIMPSON'S RULE

• TRAPEZOIDAL RULE

• MEAN AND MID ORDINATE RULE

• TCHEBYCHEFF'S RULE

• BASIC SHIP HYDROSTATICS

• Density and Relative Density

• Pressure Exerted by a Liquid

• Archimede’s Principle

• Meaning of Buoyancy

• Reserve Buoyancy and Permeability

• Tonne Per Centimetre Immersion (TPCI)

• Effects of change in density of water

• Centre of Pressure

• First and Second moments of Area

• First and Second moments of Area

• Conditions Of Equilibrium Of Floating Bodies

• Definition of Stability and Initial Stability

• Metacentric Height

• Calculation of BM and GM

• Addition and Removal of Masses

• Effect of Suspended Mass

• Free Surface Effect

• Inclining Experiment

• Hydrostatic Curves

• Calculation of Hydrostatic Data - Waterline Properties and Volume Properties

• Wetted Surface Area of ship

• Hydrostatic Curves

• Bonjean Curves and their use

• STATICAL STABILITY AT LARGE ANGLES OF HEEL

• Definition of Large Angles of Heel

• Righting arm

• Cross curves of stability

• Angle of loll

• Dynamical Stability

• Influence of Trim and waves on Stability

• Influence of Ship Forms on Stability

• Pure Loss of Stability

• IMO Code of Intact Stability

• FLOODING AND DAMAGE STABILITY

• Definition as per SOLAS - Water Tight Bulkhead

• Definition as per SOLAS - Bulkhead Deck

• Assessment of Ship Conditions after Flooding

• Lost Buoyancy Method

• Added Mass Method

• Change in Mean Draught due to Bilging

• Change in mean draught due to Bilging of Mid-length Compartments

• Change in draughts due to bilging an end compartment

• Probabilistic Damage Stability (MARPOL and SOLAS Guidelines for Damage Stability)

• LONGITUDINAL STABILITY AND TRIM

• LCB, Centre of Floatation

• Moment to Change Trim (MCT1cm)

• Change in Draft due to addition of small masses

• Change in Draft due to addition of large masses

• Change in Draft due to change in density of water

• STRENGTH OF SHIPS

• Longitudinal Strength

• Curves of Buoyancy and Weight

• Curves of Load, Shearing Force and Bending Moment

• Alternative methods and Standard Conditions

• Still Water and Wave Bending Moments and Shear Forces

• Approximation for Maximum Shearing Force and Bending Moment

• Moment of Inertia of Section

• Section Modulus Calculation

• Stresses in deck and keel

• Pressure on Bulkhead