What is Moment of inertia (and Parallel axis theory)? Application on ships and for mariners!! скачать в хорошем качестве

What is Moment of inertia (and Parallel axis theory)? Application on ships and for mariners!!

If you liked this video, you can become an exclusive member of "Steering Mariners". Benefits of this membership are long-term. As a exclusive member, you will enjoy: 1) Access to hundreds of previously loaded videos (through the community post) which are not accessible to the public. 2) 3-4 new videos every week not only to help with your studies but to plan your career. 3) early access to videos due for public viewing by at least 2-4 weeks. 4) Posting questions and getting answers to your query early and personally from me to help you with orals and exam preparation. 5) opportunity to network with other members and request for resources and/or guidance (and from me of course). Link to membership:    / @steeringmariners   In this video, I explain the following: Why knowledge of moment of inertia (and parallel axis theorem) is required by mariners and seafarers? What is force, acceleration, mass and its relation to moment of inertia? What is moment of inertia for rotational movement? How is the knowledge of moment of inertia and parallel axis theory applied to Simpson's Rules?? Contents of this video will benefit mariners preparing for exams (written and oral examinations). Mariners will also benefit by watching the following videos: Ship Stability 1) Ship Stability (Volume, Mass, and Density):    • Ship stability basics - volume, mass, and ...   2) Ship Stability (Pressure and Thrust):    • Ship Stability Basics  - Pressure and Thru...   3) Ship Stability (Displacement and Under-water volume):    • Ship Stability - Displacement, under water...   4) Ship Stability (Deadweight, TPC, and Reserve Buoyancy):    • Ship Stability -  Deadweight, TPC, and Res...   5) Ship Stability (Load lines, effect of density on draft and displacement):    • Ship Stability - Load lines, effect of den...   6) Ship Stability (Shift in the centre of gravity and KG calculation):    • Ship Stability  - Shift in the centre of g...   7) Ship Stability (Centre of Buoyancy):    • Ship Stability - Center of Buoyancy (KB Ca...   8) Transverse statical stability of ships:    • Transverse statical stability of ships - G...   9) Equilibrium of ships and Angle of Loll:    • Ship Stability - Equilibrium of ships and ...   10) Calculate free surface correction on ships:    • Ship Stability - Calculation of free surfa...   11) Calculation and correction of ship’s list:    • Ship Stability - Calculation and correctio...   12) Extra questions on ship’s list calculation and correction:    • Ship Stability - Extra questions on list c...   13) Hydrostatic tables (Part 1):    • Ship stability - The use of hydrostatic ta...   14) Hydrostatic tables (Part 2):    • Ship Stability  - The use of hydrostatic t...   15) Hydrostatic draft:    • Ship Stability - Calculation of Hydrostati...   16) KM and BM calculation:    • Ship stability for Mates and Masters - KM ...   17) KM curves drawing and calculation:    • Ship Stability for Mates and Masters - Dra...   18) Simpson’s First Rule:    • Advanced Ship Stability - Simpson's First ...   19) Simpson’s Second Rule:    • Ship Stability - Simpson's Second Rule   20) Combination of Simpson’s First and Second Rule:    • Ship Stability - Combining Simpson's First...   21) Simpson’s Third Rule:    • Ship Stability - Use of Simpson's Third Ru...   22) Calculate volume using Simpson’s Rules:    • Using Simpson's Rules to calculate volume ...   23) Fresh water allowance:    • Fresh water allowance (FWA) - What is it?   24) Angle of Loll:    • Angle of Loll calculations   25) Calculate centroid using Simpson’s Rules:    • Using Simpson's Rules to calculate the geo...   26) Curve of Statical Stability:    • Curve of Statical Stability  - Theory (Adv...   27) Cross Curves of Statical Stability:    • Cross Curves of Statical Stability - Advan...   28) KN curves:    • Using KN Curves to construct a GZ curve - ...   29) Trim Problems (Part 1):    • Trim Problems (Part 1) - Advanced Ship Sta...   30) Trim Problems (Part 2):    • Trim Problems (Part 2) - Advanced Ship Sta...   31) Trim Problems (Part 3):    • Trim Calculations -  Part 3 (Advanced Ship...   32) Angle of loll correction:    • Correcting an Angle of Loll - Advanced Shi...   33) Increase in draft due to list:    • Increase in draft due to ship's list - Adv...   34) Combined list and trim:    • Combined list and trim question - Advanced...   35) Combined list and trim:    • Combined List and Trim Problems in Advance...   36) Drydocking Problem 1:    • Drydocking (Problem 1) - Advanced Ship Sta...   37) Drydocking Problem 2:    • Drydocking (Problem 2) - Advanced ship sta...   38) Drydocking Problem 3:    • Drydocking (Problem 3) - Advanced ship sta...   39) Bilging Amidships (Theory and Numerical):    • Bilging Amidships - Ship Stability (Theory...   40) Bilging amidships (Example 2):    • Bilging Amidships - Ship Stability (Exampl...   41) Permeability (Theory and numerical):    • Permeability of bilged compartment  - Ship...   42) Permeability (Example 2):    • Permeability of bilged compartment - Examp...   43) Vessel’s heel due to turning:    • Calculate vessel's heel due to turning - S...   44) Application of moment of inertia:    • Application of moment of inertia and 2nd m...   45) Stability of passenger ships in damaged condition:    • Stability of passenger ships in damaged co...   46) Severe wind and rolling period diagram:    • Severe Wind and Rolling Period Diagram - W...   47) GM by rolling period tests:    • Metacentric Height by Rolling Period Tests...   48) Calculate GM by means of rolling period tests:    • Calculate GM by means of rolling period te...   49) Passenger vessel requirement for turning:    • Passenger vessel requirement for turning -...   50) Inclining experiment:    • Inclining Experiment - Advanced Ship Stabi...   51) Bilging of end or intermediate compartment:    • Bilging of end or intermediate compartment...   52) Shearing forces and bending moments:    • Shearing Forces and Bending Moments - Adva...