meo exam naval architecture

0:00:49

MEO Exam Naval Architecture

0:39:36

Lecture 1 Hydrostatic Pressure and Its application

0:05:53

B.Tech Marine Engineering Project- Modelling of Ship with Active anti heeling tanks

0:04:43

How To Clear MEO Class 4 Exam? || How To Prepare For MEO Class 4 Exam? || Tips And Tricks for MEO

0:39:49

Lecture 15 Simpsons rule- Calculation Moment of inertia about transverse axis of ship

0:25:54

Basics of Naval Architecture | Part 1 | V. Balasubramanian

0:36:11

Lecture 27 Angle of List and How to Calculate Angle of list

0:09:10

Naval architecture Numerical & Problem Heeling due to Rudder MEO orals & Written Function 3

0:18:06

Lecture 35 Calculation of trim when cargo added and Discharged Ship stability

0:06:14

How to Calculate Centre of Pressure | Naval Architecture | MEO CLASS 4 PYQs Solution

0:03:33

Introduction to Naval Architecture || Question Asked in B.Tech Marine Engineering & M.E.O Exam

0:32:03

Lecture 18 Transverse stability of ship I Angle of list and Angle of Heel

0:04:43

B.Tech Marine Engineering Project- Modeling of Solar Powered Twin Screw Ship

0:02:07

Conduct of Exam (Quiz) after each topic

0:42:36

Lecture 10 Form coefficient and its significance in ship design

0:05:58

B.Tech Marine Engineering Project- Analyzing the effectiveness kort nozzle

0:05:26

B.Tech Marine Engineering Project- DEMONSTRATION OF AZIMUTH PODDED PROPULSION

0:05:53

B.Tech Marine Engineering Project- ACTIVE ANTI-HEELING TANKS

0:18:31

Lecture 33 Basics of Longitudinal stability or Trim

0:37:54

Lecture 2 Hydrostatic Pressure and Its application

0:24:14

Lecture 9 Buoyancy and Flotation

0:35:09

Lecture 11 Form Coefficient II numerical

0:06:27

Naval Architecture Problem # 43

0:05:56

B.Tech Marine Engineering Project - Analyzing the Effectiveness of Kort Nozzle