Brazing

Detalles Bibliográficos
Autor principal: Schwartz, Mel M. (-)
Formato: Libro electrónico
Idioma:Inglés
Publicado: Materials Park, OH : ASM International 2003.
Edición:2nd ed
Colección:EBSCO Academic eBook Collection Complete.
Acceso en línea:Conectar con la versión electrónica
Ver en Universidad de Navarra:https://innopac.unav.es/record=b31111270*spi
Tabla de Contenidos:
  • 1. Introduction to brazing
  • Brazing versus soldering
  • Historical development of brazing
  • Advantages and limitations of brazing
  • Mechanics of brazing
  • Brazing versus other welding processes
  • 2. Brazing fundamentals
  • Adhesion, wetting, spreading, and capillary attraction
  • Practical experience, work-related tips, and problem-solving
  • 3. Elements of the brazing process
  • Filler-metal flow
  • Base-metal characteristics
  • Filler-metal characteristics
  • Surface preparation
  • Joint design and clearance
  • Temperature and time
  • Torch brazing
  • Furnace brazing
  • Induction brazing
  • Controlled-atmosphere brazing
  • New induction brazing systems
  • Resistance brazing
  • Carbon resistance brazing
  • Direct resistance brazing
  • Dip brazing
  • Infrared (quartz) brazing
  • Exothermic brazing
  • Laser brazing
  • Braze welding
  • Diffusion brazing
  • Microwave brazing
  • The Future of braze processing
  • Practical experience, work-related tips, and problem-solving
  • 4. Base metals and base-metal family groups
  • Metallurgical reactions
  • Base-metal family groups
  • Case histories and problem-solving examples
  • Brazer filler metals
  • Basic characteristics
  • Filler-metal selection criteria
  • Filler-metal types
  • Specialized brazing filler metals and materials
  • Filler-metal selection
  • Filler-metal forms
  • Case histories and problem-solving examples
  • 6. Fluxes and atmospheres
  • Atmosphers
  • Fluxes
  • Case histories and problem-solving examples
  • 7. Fixturing, tooling, stopoffs, parting agents, surface preparation, surface cleaning, and repair
  • Fixturing and tooling
  • Stopoff materials and parting agents
  • Surface cleaning and preparation
  • Surface preparation for specific base metals
  • Clean rooms
  • Vacuum brazing cleaning
  • Postbrazing treatments
  • Repair techniques with cleaning agents
  • Case histories and problem-solving examples
  • 8. Joint design
  • Types of joints
  • Joint clearance
  • Design for assembly
  • Effects of brazing variables on clearance
  • Strength
  • Joint design and ceramics
  • Case histories and problem-solving examples
  • 9. Evaluation and quality control of brazed joints
  • Design and quality system
  • Quality standards for brazing and brazing processes
  • Types of common defects
  • Brazing process planning and control
  • Nondestructive inspection
  • Design testing, evaluation, and feedback
  • Destructive inspection and testing methods
  • 10. Applications and future outlook
  • Automation
  • Fluxless brazing
  • Novel and emerging brazing processes
  • Future outlook
  • Case histories and problem-solving examples.