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Teaching GuideTerm Higher Technical University College of Nautical Science and Naval Engines |
| Grao en Tecnoloxías Mariñas |
 Subjects |
| Transferencia de Calor e Xeradores de Vapor |
| Contents |
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| Identifying Data | 2015/16 | |||||||||||||
| Subject | Transferencia de Calor e Xeradores de Vapor | Code | 631G02353 | |||||||||||
| Study programme |
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| Descriptors | Cycle | Period | Year | Type | Credits | |||||||||
| Graduate | 1st four-month period |
Third | Obligatoria | 6 | ||||||||||
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| Topic | Sub-topic |
| PART I.- INTRODUCTION. 1.- PRESENTATION. |
1.1.- IMPORTANCE OF THE HEAT TRANSFER IN STEAM GENERATORS. 2.1.- OBJECTIVES AND RELATION WITH OTHER SUBJECTS AND PROFESSIONAL CAREER. |
| PART II.- HEAT TRANSFER. CHAPTER 2.-INTRODUCTION. |
1.2.-ENERGY MODES. HEAT. THERMAL AND VOLUMETRICL PROPERTIES. 2.2.- HEAT TRANSFER MODES. |
| CHAPTER 3.- CONDUCTION HEAT TRANSFER. | 1.3.- GENERAL EQUIATION OF CONDUCTION HEAT TRANSFER. 2.3.- ONE DIEMNSIONAL, STADY STATE CONDUCTION WITH NO HEAT GENERATION. 3.3.- ONE DIEMNSIONAL, STADY STATE CONDUCTION WITH HEAT GENERATION. 4.3.- FIN HEAT TRANSFER. 5.3.- MULTIDIMENSIONAL, STADY STATE CONDUCTION. APROXIMATE METHODS. |
| CHAPTER 4.- CONVECTION HEAT TRANSFER. | 1.4.-.KEY CONCEPTS. 2.4.-.DIFFERENTIAL EQUATIONS OF CONSERVATION. 3.4.- FORCED CONVECTION COEFFICIENT. 4.4.- NATURAL CONVECTION COEFFICIENT. 5.4.- CONVECTION WITH PHASE CHANGE. CONDENSATION. 6.4.- CONVECTION WITH PHASE CHANGE. BOILING. |
| CHAPTER 5.- RADIATION HEAT TRANSFER | 1.5.- KEY CONCEPTS. 2.5.- BLACK BODY RADIATION. 3.5.- RADIATION HEAT TRANSFER BETWEEN BLACK SURFACES. 4.5.- DIFFUSE-GRAY SURFACES. 5.5.- RADIATION IN GASES |
| PART III.- DESCRIPTION OF BOILERS. CHAPTER 6.- INTRODUCTION. |
1.6.- KEY CONCEPTS AND DEFINITIONS. 2.6.- STEAM BOILERS CLASSIFICATION. |
| CHAPTER 7.- WATER CIRCULATION IN BOILERS. | 1.7.- INTRODUCTION. 2.7.- RECIRCULATION BOILERS. 3.7.- FORCED CIRCULATION BOILERS. |
| CHAPTER 8.- CLASSIFICATION ACCORDING TO THE BOILER DESIGN. | 1.8.- CYLINDRICAL. 2.8.- FIRETUBE. 3.8.- WATERTUBE. 4.8.- SPECIAL BOILERS. |
| CHAPTER 9.- CLASSIFICATION OF FURNACES ACCORDING TO THE USED FUEL | 1.9.- CLASSIFICATION. 2.9.- SOLID FUEL FURNACES. 3.9.- LIQUID FUEL FURNACES. 4.9.- GAS FUEL FURNACES. |
| CHAPTER 10.- WATER-STEAM SYSTEM | 1.10.- INTRODUCTION. 2.10.- ECONOMIZER. 3.10.- STEAM DRUM. 4.10.- VAPORIZER WALLS. 5.10.- SUPERHEATER AND REHEATER. 6.10.- SOOTBLOWERS. |
| CHAPTER 11.- AIR-FLUEGAS SYSTEM. | 1.11.- INTRODUCTION. 2.11.- DRAUGHT. FANS AND STACKS. 3.11.- AIR PREHEATER. 4.11.- SOOT REMOVAL SYSTEMS. |
| CHAPTER 12.- NUCLEAR ENERGY FOR STEAM GENERATION | 1.12.- APPLICATIONS. 2.12.- NUCLEAR FUEL. 3.12.- REACTOR. 4.12.- REACTORS FOR STEAM GENERATION. 5.12.- STEAM GENERATORS. |
| PART IV.- WATER TREATMENT AND COMBUSTION. CHAPTER 13.- BOILER WATER PROBLEMS. |
1.13.- FOAMING AND CARRYOVER. 2.13.- SCALE AND MUD. 3.13.- WATER SIDE CORROSION. |
| CHAPTER 14.-WATER TREATMENT FOR STEAM GENERATION. | 1.14.- CHEMICAL CHARACTERISTICS OF WATER BOILER. 2.14.- EXTERNAL TREATMENT. MAKE-UP AND CONDENSATE. 3.14.- INTERNAL TREATMENT. |
| CHAPTER 15.- COMBUSTION FUNDAMENTALS. | 1.15.- INTRODUCTION. 2.15.- STOICHIOMETRY OF COMBUSTION 3.15.- ANALISYS OF COMBUSTION AND BOILER EFFICIENCY. |
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