Applied science in the casting of metals

Applied Science in the Casting of Metals focuses on metallurgical operations. The book first discusses the manufacture of iron and steel. Concerns include treatment of liquid iron and steel; treatment of molten iron between blast furnace and steelworks; and treatment of liquid steel. The text takes...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Otros Autores: Strauss, K. (Editor )
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Oxford, New York, Pergamon Press [1970]
Edición:[1st ed.].
Temas:
Founding.
Metal castings.
Fonderie.
Pi�eces moul�ees.
casting (process)
Founding
Metal castings
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Applied Science in the Casting of Metals; Copyright Page; Table of Contents; INTRODUCTION; PART 1: A. STEEL; CHAPTER 1. MANUFACTURE OF IRON AND STEEL; THE TREATMENT OF LIQUID IRON AND STEEL; TREATMENT OF MOLTEN IRON BETWEEN BLAST FURNACE AND STEELWORKS; THE MANUFACTURE OF STEEL; THE TREATMENT OF LIQUID STEEL; CHAPTER 2. CASTING PIT PRACTICE; INTRODUCTION; INGOT FEEDING; HOT-TOPPING METHODS AND THEIR DEVELOPMENT; FACTORS AFFECTING CHOICE AND DESIGN OF HOT-TOPS; HOT-TOP VOLUMES AND FEEDER RATIOS; HOT-TOPPING METHODS AND THEIR DEVELOPMENT; METHODS OF APPLYING HOT-TOPS
  • THE ECONOMICS OF HOT-TOPPINGHOT TOPPING OF ALLOY STEELS; HISTORICAL; CURRENT PRACTICE; THE EFFECT OF ALLOYING ELEMENTS ON FEEDING CHARACTERISTICS; VACUUM TREATMENT OF MOLTEN STEEL; THEORETICAL CONSIDERATIONS; DEGASSING PROCESSES; LADLE DEGASSING; STREAM DEGASSING; THE DORTMUND-HR�ODER PROCESS; THE ASEA/SKF PROCESS; CHEMICAL DEGASSING OF STEEL; EFFECT OF MOULD ADDITIVES AND FLUXES ON INGOT SURFACE QUALITY; MOULD DRESSINGS; RIMMING STEEL; AN INTRODUCTION TO THE PRODUCTION OF RIMMING STEEL; TREATMENT OF INGOT MOULDS AND BOTTOM PLATES; INGOT SURFACE; TEEMING CONTROL; BOTTOM PLATES
  • ELECTROSLAG REFINING PROCESSINTRODUCTION; THE PROCESS; REFINING; THE SLAG; SULPHUR REMOVAL; PHOSPHORUS; STARTING UP THE PROCESS; THE ELECTRICAL OPERATION; CHAPTER 3. SPRAY STEEL MAKING; 1. INTRODUCTION; 2. BASIS OF THE PROCESS; 3. DEVELOPMENT OF THE PROCESS; 4. DESCRIPTION OF THE PLANT; 5. DESCRIPTION OF THE PROCESS; 6. CONCLUSIONS; NOTE ADDED; CHAPTER 4. THE CONTINUOUS CASTING OF STEEL; INTRODUCTION; BASIC PRINCIPLES; METALLURGICAL ASPECTS; ECONOMY; WORLD-WIDE SITUATION; CONCLUSIONS; PART 2: B. TREATMENT OF CAST IRON; CHAPTER 5. CAST IRON; THE CUPOLA FURNACE
  • DESULPHURIZATION OF MOLTEN CAST IRONINOCULATION OF CAST IRON; STEEL SCRAP IN CHARGES; CARBON EQUIVALENT VALUE; INOCULATION TREATMENT; INTRODUCTION OF MAGNESIUM; THEORY OF NODULAR GRAPHITE FORMATION; REQUIREMENTS OF THE MOLTEN BASE IRON; INHIBITING TRACE ELEMENTS; PRODUCTION TECHNIQUES; SPECIFICATION AND HEAT TREATMENT; PART 3: C. TREATMENT OF NON-FERROUS HEAVY METALS; CHAPTER 6. COPPER AND HEAVY NON-FERROUS CASTING ALLOYS; RECLAMATION AND REFINING OF LEAD AND TIN ALLOYS; PART 4: D. TREATMENT OF ALUMINIUM ALLOYS; CHAPTER 7. THE TREATMENT OF ALUMINIUM AND ALUMINIUM ALLOYS
  • METHOD FOR THE DETERMINATION OF GASALUMINIUM OXIDE; THE REMOVAL OF ALUMINIUM OXIDE AND OTHER IMPURITIES; FLUXES FOR COVERING ALUMINIUM MELTS; FLUXES FOR ROTARY FURNACES; FILTERING; FLUXES FOR THE MODIFICATION OF ALUMINIUM-SILICON ALLOYS; TREATMENT OF ALUMINIUM-MAGNESIUM ALLOYS; DEGASSING OF ALUMINIUM ALLOYS; GRAIN REFINING OF ALUMINIUM AND ALUMINIUM ALLOYS; GRAIN REFINING OF HYPEREUTECTIC ALUMINIUM-SILICON ALLOYS WITH 17-25% SILICON; GRAIN REFINEMENT OF EUTECTIC ALUMINIUM-SILICON ALLOYS; TREATMENT OF ALUMINIUM ALLOYS FOR DIE CASTING; THE REMELTING AND TREATMENT OF ALUMINIUM SCRAP

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