Basics of Naval Architecture | Part 1 | V. Balasubramanian

Discover the foundational elements of naval architecture crucial for Marine Engineering Officers (MEO) Class 2. This video serves as an educational guide, diving deep into the essential units and calculations used in numerical problems within the field of marine engineering. Learn about the S.I units of force, work, power, density, and pressure, and how these elements are intricately linked to daily operations on a ship.
Key Topics Covered:
Force: Understand it as a product of pressure and area.
Work Done: Explore how force acts over a distance to perform work.
Power: Get to know the rate at which work is done.
Density: Dive into the concept of mass per unit volume.
Pressure: Learn how force is distributed over an area.
Whether you're a student, an aspiring Marine Engineering Officer, or simply curious about naval architecture, this video provides clear and concise explanations to help you grasp complex concepts easily. Enhance your knowledge and skills in marine engineering with our easy-to-understand explanations and high-quality visuals. Don't forget to like, subscribe, and hit the bell icon for more updates on similar topics!
#NavalArchitecture #MarineEngineering #EngineeringEducation #Physics #MarineIndustry

[@unnikrishnanmakkuni3080]

Excellent concept in Naval architecture for all.

[@ladakshay300]

Always a pleasure learning from vb sir.

[@aleksandrshlopak649]

25:53 FWA=displacement in SW in tons at the Summer load waterline) /(40 * TPC immercion in salt water at the summer load line