Materials selection and applications in mechanical engineering /

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Raman, A. (Aravamudhan)
Formato: Electrónico eBook
Idioma:Inglés
Publicado: New York : Industrial Press, ©2007.
Temas:
Mechanical engineering.
Materials.
Génie mécanique.
Matériaux.
mechanical engineering.
Materials
Mechanical engineering
Mechanical Engineering - General.
Mechanical Engineering.
Engineering & Applied Sciences.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • pt. A: Materials selection principles and application to mechanical engineering. 1. Materials selection for mechanical engineering
  • 2. The material engineering index (MEI)
  • 3. Analysis of materials performance efficiency
  • 4. Specific example-MPI analysis for optimum material selection for a steam turbine rotor. pt. B: Properties of interest in mechanical components and systems. A. Mechanical properties. 5. Mechanical properties of importance in mechanical engineering-tensile and compressive properties
  • 6. Material properties-Mechanical-Fracture characteristics and fracture toughness
  • 7. Material properties-Mechanical-Fatigue
  • 8. Material properties-Mechanical-Creep
  • 9. Material properties-Mechanical-Friction and wear
  • 10. Variation of mechanical properties and residual stresses. B. Physical properties. 11. Physical properties of interest to mechanical engineering-Thermal properties of materials
  • 12. Physical properties of interest to mechanical engineering-Electrical properties. C. Chemical properties. 13. Material properties-Chemical-Surface properties-Corrosion. pt. C: Materials used in mechanical components and systems. 14. Mechanical engineering materials-Metallic-Ferrous alloys-Steels, stainless steels, and cast irons
  • 15. Mechanical engineering materials-Metals-Non-ferrous aluminium, titanium and copper alloys
  • 16. Mechanical engineering materials-Metallic-Non-ferrous alloys-Nickel-and cobalt-base superalloys
  • 17. Other metallic materials used in mechanical engineering
  • 18. Engineering ceramics and polymers
  • 19. Engineering materials-Composites. pt. D: Materials engineering. A. Processing techniques. 20. Mechanical processing and thermal treatments
  • 21. Materials processing-Surface treatments and case hardening
  • 22. Micromanufacturing-Micromachining, lithography, MEMS. B. material handling. 23. Problems with materials during use-Manifestation, detection and correction
  • 24. Materials maintenance-Non-destructive testing of ME components. pt. E: Materials in use in mechanical components and systems. 25. Materials commonly used for single mechanical engineering components
  • 26. Examples of selection of materials for single components
  • 27. Materials selection for components in simple mechanical systems
  • 28. Materials analysis in multi-component mechanical systems-Materials in use for components in engines of various kinds
  • 29. Materials in use in multi-component mechanical systems-Pumps
  • 30. Materials selection for selected thermal systems. pt. F: Selected materials selection projects. 31. Examples for materials selection for single components
  • 32. Material selection for components in multi-component mechanical systems: Selected projects
  • 33. Analysis of materials selection for new mechanical designs and systems
  • 34. Simple materials selection projects. pt. G: Appendix. Useful table and data.

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