Guia docente 2023_24 Centro Universitario da Defensa da Escola Naval Militar de Marín

Contents

Topic	Sub-topic
1. General considerations about ship theory:	1.1. Buoyancy. 1.2. Stability.
2. Hull geometry:	2.1. Shape plan. 2.2. Layout chart. 2.3. Principal coefficients. 2.4. Hydrostatic curves.
3. Transversal stability:	3.1. Initial stability. 3.2. Experiment of stability. 3.3. Accidental grounding.
4. Longitudinal stability:	4.1. Effect of the accidental grounding. 4.2. Stranded in dike. 4.3. Launching.
5. Stability in damage:	5.1. Floods. 5.2. Effects.
6. Tight subdivision:	6.1. Compartment. 6.2. Control of damages.
7. Regulation:	7.1. Classification. 7.2. IMO Rules. 7.3. Freeboard. 7.4 Tonnage.
8. CAD applications:	8.1. Naval design. 8.2. Naval construction.
9.Naval construction:	9.1. Definition. 9.2. The ship and his types. 9.3. Materials of construction.
10. General description of the hull:	10.1. Structural topology. 10.2. Structural elements. 10.3. Processes of union.
11. Structural tensions:	11.1. Calm waters.
12.Structural tensions:	12.1. Stormy waters.
13. Basic calculations of of naval structures.	13.1. Diagram of flow for calculations.
14. Peculiarities of the structures of the fuselages of war.	14.1. Special loads.
Practices:	P1: Buoyancy. P2: Transversal Stability. P3: Longitudinal Stability. P4: Breakdown practice. P5: Transverse Stability in spreadsheet. P6: Longitudinal Stability in spreadsheet. P7: Calculation of stability in damage in spreadsheet.