MEO Exam Naval Architecture
January 23, 2025
B.Tech Marine Engineering Project- Modelling of Ship with Active anti heeling tanks
B.Tech Marine Engineering Project- Analyzing the effectiveness kort nozzle
B.Tech Marine Engineering Project- MODELING OF SHIP WITH GATE RUDDER
B.Tech Marine Engineering Project- ACTIVE ANTI-HEELING TANKS
B.Tech Marine Engineering Project- MODELLING OF HIGH-SPEED CRAFT WITH WATER JETPROPULSION
B.Tech Marine Engineering Project- DEMONSTRATION OF AZIMUTH PODDED PROPULSION
B.Tech Marine Engineering Project - Analyzing the Effectiveness of Kort Nozzle
B.Tech Marine Engineering Project- Modeling of Solar Powered Twin Screw Ship
Lecture 36 Calculation of trim for box shape vessel (Barge)
Lecture 35 Calculation of trim when cargo added and Discharged Ship stability
Lecture 34 Effect of shifting a cargo on new draft Trim or Longitudinal stability
Conduct of Exam (Quiz) after each topic
Lecture 33 Basics of Longitudinal stability or Trim
Lecture 32 Inclining Experiment for calculation of light weight Centre of gravity KG of ship
Lecture 31 Advance Numerical on Free Surface Effect (Ship Stability)
Lecture 30 Free surface effect (Ship stability)
Lecture 29 Permeability of bilged compartment - Ship Stability (Theory and Numericals)
Lecture 28 Bilging of mid-ship compartment
Lecture 27 Angle of List and How to Calculate Angle of list
Lecture 26 Calculation of Final center of gravity after loading, Unloading and Shifting of cargo III
Lecture 25 Calculation of Final center of gravity after loading, Unloading and Shifting of cargo II
Lecture 24 Calculation of Final center of gravity after loading, Unloading and Shifting of cargo
Lecture 23 Dynamic stability of Ship
Lecture 22 Moment of statical stability and Amended statical stability curve
Lecture 20 Angle of Loll
Lecture 19 Stiff ship and Tender ship & Statical stability curve
Lecture 18 Transverse stability of ship I Angle of list and Angle of Heel
Lecture 17 Simpsons Rule miscellaneous numerical
Lecture 16 Numerical integration Calculation of moment of inertia about centre line of ship