Performance of Marine Vehicles At Sea

Lecture - 1 Components of Resistance - I

Lecture - 2 Components of Resistance - II

Lecture - 3 Dimensional Analysis

Lecture - 4 Frictional Resistance

Lecture - 5 Wave Making Resistance

Lecture - 6 Other Components of Resistance

Lecture - 7 Model Experiments

Lecture - 8 Shallow Water Effects

Lecture - 9 Ship hull form and Resistance

Lecture - 10 Propeller Geometry Part - I

Lecture - 11 Propeller Geometry Part - II

Lecture - 12 Introduction to High Speed Crafts Part - I

Lecture - 13 Introduction to High Speed Crafts Part - II

Lecture - 14 Propeller in Open Water Part - I

Lecture - 15 Propeller in Open Water Part - II

Lecture 16 - Propeller behind a ship

Lecture 17 - propeller experiments

Lecture 18 - propeller theories Part I

Lecture 19 - propeller Theories

Lecture - 20 Cavitation

Lecture - 21 Regular Sea Waves - I

Lecture - 22 Regular Sea Waves - II

Lecture - 23 Irregular sea Waves - I

Lecture - 24 Irregular Sea Waves - II

Lecture - 25 Ship Motion in Regular Waves - I

Lecture - 26 Ship Motion in Regular Waves - II

Lecture - 27 Ship Motion in Regular Waves - III

Lecture - 28 Ship Motion in irregular Waves - I

Lecture - 29 Ship Motion in irregular Waves - II

Lecture - 30 Ship Motion in irregular Waves - III

Lecture - 31 Motion in Short Crested Sea,Coupled Motions

Lecture - 32 Derived Responses

Lecture - 33 Ship Controllability : Introductory Notes

Lecture - 34 Equation of Motion in Horizontal Plane

Lecture - 35 Hydrodynamic Derivatives and Stability

Lecture - 36 Hydrodynamic Derivatives and Stability

Lecture - 37 Ship Trials and Maneuvers - I

Lecture - 38 Ship Trials and Maneuvers - II

Lecture - 39 Heel During Turn, IMO Requirements

Lecture - 40 Rudder Hydrodynamics