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Teaching GuideTerm Higher Technical University College of Nautical Science and Naval Engines |
| Grao en Máquinas Navais |
 Subjects |
| Fluid Mechanics |
| Contents |
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| Identifying Data | 2022/23 | |||||||||||||
| Subject | Fluid Mechanics | Code | 631G03017 | |||||||||||
| Study programme |
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| Descriptors | Cycle | Period | Year | Type | Credits | |||||||||
| Graduate | 2nd four-month period |
Second | Obligatory | 6 | ||||||||||
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| Topic | Sub-topic |
| PART I.- BASIC CONCEPTS AND KINEMATICS. LESSON 1.- PRESENTATION. | 1.1.- DEFINITIONS AND MAGNITUDES 1.2.- FORCES FIELD IN FLUIDS. MOTION EQUATION 1.3.- VELOCITY FIELD. 1.4.- DIFFERENTIATION AND INTEGRATION IN THE FLUID FIELD |
| PART II.- STATICS. LESSON 2.- FLUID STATICS. | 2.1.- FLUID STATICS 2.2.- FLUID DYNAMICS 2.3.- PRESSURE DISTRIBUTION IN SOLID RIGID MOTION |
| PART III.- DYNAMICS. LESSON 3.- INTEGRAL ANALYSIS OF CONTROL VOLUMES. | 3.1.- CONSERVATION LAWS IN A CONTROL VOLUME. 3.2.- CONTINUITY EQUATION. 3.3.- CONSERVATION OF MOMENTUM. 3.4.- CONSERVATION OF ANGULAR MOMENTUM. 3.5.- CONSERVATION OF ENERGY. BERNOULLI EQUATION. |
| LESSON 4.- DIFFERENTIAL ANALYSIS OF CONTROL VOLUMES. | 4.1.- WAYS TO OBTAIN THE GENERAL DIFFERENTIAL EQUATIONS. 4.2.- DIFFERENTIAL EQUATION OF CONTINUITY. 4.3.- DIFFERENTIAL EQUATION OF MOMENTUM. 4.4.- DIFFERENTIAL EQUATION OF ENERGY. |
| LESSON 5.- DIMENSIONAL ANALYSIS. SIMILITUDE. | 5.1.- INTRODUCTION. BUCKINGHAM PI THEOREM. 5.2.- SIGNIFICANT DIMENSIONLESS GROUPS. SIMILARITY LAWS. |
| LESSON 6.- INTERNAL INCOMPRESSIBLE VISCOUS FLOW | 6.1.- INTERNAL LAMINAR FLOW. 6.2.- FULLY DEVELOPED LAMINAR FLOW. 6.3.- FULLY DEVELOPED TURBULENT FLOW. 6.4.- FLOW IN PIPES AND DUCTS. |
| PART IV.- FLUID MACHINERY. LESSON 7.- TURBOMACHINERY. | 7.1.- CLASSIFICATION OF FLUID MACHINERY. 7.2.- EULER EQUATION OF TURBOMACHINERY. 7.3.- PUMPS. PERFORMANCE CHARACTERISTICS. 7.4.- DIMENSIONLESS GROUPS OF PUMPS. 7.5.- CAVITATION AND NPSH. 7.6.- APPLICATION TO FLUID SYSTEMS. |
| LESSON 8. SHIP RESISTANCE AND PROPULSION | 8.1.- DIMENSIONAL ANALYSIS. 8.2.- TYPES OF RESISTANCE. 8.3.- TYPES OF PROPELLERS. GEOMETRIC FEATURES. 8.4.- PROPELLER PERFORMANCE. COEFICIENTES AND EFFICIENCIES. 8.5.- PROPELLER AND PROPULSIVE SYSTEM SELECTION. |
| STCW The development and overcoming of these contents, together with those corresponding to other subjects that include the acquisition of specific competencies of the degree, guarantees the knowledge, comprehension and sufficiency of the competencies contained in Table AIII / 2, of the STCW Convention, related to the level of management of First Engineer Officer of the Merchant Navy, on ships without power limitation of the main propulsion machinery and Chief Engineer officer of the Merchant Navy up to a maximum of 3000 kW. |
Table A-III / 2 of the STCW Convention. Specification of the minimum standard of competence for Chief Engineer Officers and First Engineer Officers on ships powered by main propulsion machinery of 3000 kW or more. |
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