Sale!

Concise Encyclopedia of Composite Materials 2nd Edition by Andreas Mortensen ISBN 0080451268 9780080451268

Original price was: $50.00.Current price is: $35.00.

Concise Encyclopedia of Composite Materials Second Edition Andreas Mortensen Digital Instant Download

Author(s): Andreas Mortensen
ISBN(s): 9780080451268, 0080451268
Edition: 2
File Details: PDF, 44.43 MB
Year: 2007
Language: english
SKU: EB-1125348 Category: Tag:

Concise Encyclopedia of Composite Materials 2nd Edition by Andreas Mortensen – Ebook PDF Instant Download/Delivery: 0080451268, 9780080451268
Full download Concise Encyclopedia of Composite Materials 2nd Edition after payment

Product details:

ISBN 10: 0080451268 
ISBN 13: 9780080451268
Author: Andreas Mortensen

This Concise Encyclopedia draws its material from the award-winning Encyclopedia of Materials: Science and Technology, and includes updates and revisions not available in the original set. This customized collection of articles provides a handy reference for materials scientists and engineers with an interest in composite materials made from polymers, metals, ceramics, carbon, biocomposites, nanocomposites, wood, cement, fibers, etc.

* Brings together articles from the Encyclopedia of Materials: Science & Technology that focus on the essentials of composite materials, including recent updates
* Every article has been commissioned and written by an internationally recognized expert and provides a concise overview of a particular aspect of the field
* Enables rapid reference; extensive bibliographies, cross-referencing and indexes guide the user to the most relevant reading in the primary literature
* Covers areas of active research, such as biomaterials and porous materials

Concise Encyclopedia of Composite Materials 2nd Table of contents:

  1. Aircraft and aerospace applications of composites

  2. Applications of composites: an overview

  3. Artificial bone

  4. Asbestos fibers

  5. Automobile components: fabrication

  6. Automobile tires

  7. Bearing materials: plain bearings

  8. Biological materials: synthesis, structure, and properties

  9. Biomimetic materials: properties and processing

  10. Bitumens: modified

  11. Block copolymers as precursors to porous materials

  12. Block copolymers as templates for functional materials

  13. Bone and natural composites: properties

  14. Bone augmentation and repair

  15. Buildings: plastics and composites

  16. Carbon aerogels

  17. Carbon blacks

  18. Carbon–carbon composites

  19. Carbon fibers

  20. Carbon nanofibers

  21. Carbon nanotubes

  22. Ceramic fibers from polymer precursors

  23. Ceramic matrix composites: applications

  24. Ceramic matrix composites: matrices and processing

  25. Ceramic matrix composites with equiaxed reinforcements: microstructure and mechanical behavior

  26. Ceramic nanocomposites with organic phases, optics of

  27. Ceramic-modified high-temperature polymers

  28. Ceramics and glasses: sol–gel synthesis of

  29. Cermets and hardmetals

  30. Clay‑based polymer nanocomposites

  31. Composite dental materials: wear

  32. Composite materials: microstructural design

  33. Composite materials: environmental effects

  34. Composite materials: overview

  35. Composites for biomedical applications

  36. Composites for sensors and actuators

  37. Composites, joining of

  38. Composites, microstructure of: quantitative description

  39. Composites, physical properties of

  40. Composites: interfaces

  41. Concrete as a building material

  42. Concrete: failure mechanics

  43. Construction: cellular materials

  44. Continuous-filament glass fibers

  45. Continuous parallel fiber composites: deformation and strength

  46. Continuous parallel fiber composites: fracture

  47. Conventional and super abrasive materials

  48. Creep of composites

  49. Creep and creep-fatigue of metal-matrix composites

  50. Creep of bituminous aggregates

  51. Creep of concrete

  52. Creep of particle-reinforced materials

  53. CVD monofilaments

  54. Designing with composites

  55. Dental composites

  56. Elastic behavior of cellular solids

  57. Elastic behavior of composites

  58. Elastic structures in design

  59. Elasticity in wood and concrete: hygromechanical effects

  60. Failure of composites: stress concentrations, cracks and notches

  61. Fatigue of composites

  62. Fiber-reinforced cements

  63. Fiber-reinforced ceramics

  64. Fiber-reinforced polymer systems: extrusion

  65. Fibers and textiles: an overview

  66. Fibrous composites: thermomechanical properties

  67. Flammability of polymer composites

  68. Friction and wear applications of composites

  69. Glass-reinforced plastics: thermosetting resins

  70. Glass-reinforced plastics: thermoplastic resins

  71. Halpin–Tsai equations

  72. High-modulus high‑strength organic fibers

  73. High-performance composites with thermoplastic matrices

  74. Hybrid fiber-resin composites

  75. In situ composites: fabrication

  76. Joining of composites

  77. Kirchhoff assumption (Kirchhoff hypothesis)

  78. Laminates: elastic properties

  79. Long-term degradation of polymer-matrix composites

  80. Manufacturing methods for composites: an overview

  81. Metal-matrix composites

  82. Micro- and nano-structures of composites

  83. Molded fiber products

  84. Multiaxial stress failure

  85. Multilayers, metallic

  86. Multiple fracture

  87. Nanocomposites

  88. Natural composites

  89. Natural-fiber-based composites

  90. Nondestructive evaluation of composites

  91. Nonmechanical properties of composites

  92. Oxide inorganic fibers

  93. Paper and paperboard

  94. Particulate composites

  95. Percolation theory

  96. Plywood

  97. Polymer-polymer composites

  98. Recycling of polymer-matrix composites

  99. Silicon carbide fibers

  100. Silicon nitride fibers

  101. Smart composite materials systems

  102. Solid fiber composites as biomedical materials

  103. Strength of composites

  104. Strength of composites: statistical theories

  105. Structure-performance maps

  106. Thermosetting resin matrices

  107. Three-dimensional fabrics for composites

  108. Toughness of fibrous composites

  109. Whiskers

  110. Wood‑polymer composites

  111. Wood strength

  112. Woven-fabric composites: properties

People also search for Concise Encyclopedia of Composite Materials 2nd:

    
concise encyclopedia of composite materials
    
concise encyclopedia britannica
    
composite materials books
    
concise encyclopedia
    
composite materials history

Tags: Andreas Mortensen, Concise Encyclopedia, Composite Materials