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Reliability of Adhesive Bonds Under Severe Environments (1984) / Chapter Skim
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'RECOMMENDATIONS'
Pages 5-8

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From page 5...
... This interdisciplinary effort should involve material science, surface science, mechanics, and process engineering. It should recognize that adhesive bonding must be studied as a complete system, and it should emphasize the specific areas identified in the specific recommendations listed in the sequel.
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From page 6...
... mechanisms to obtain fast curing adhesives with no volatile products with a view to optimize curing conditions for adhesive joints. Research should be performed to develop adhesive systems (epoxy replacements, such as acetylene-terminated polymers, polyimides, and aryloxy-s-triazines)
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From page 7...
... Do conversion coatings offer a viable alternative to anodization for titanium and aluminum? Can currently used anodization methods be applied successfully to the new generation of structural materials, such as metal matrix composites and powder metal products?
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From page 8...
... o Failure mechanisms need to be characterized and a data base developed for several frequently used structural adhesives subject to severe environments. o A long-term durability data base should be developed and utilized to verify accelerated characterization test methods.
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Key Terms

  • adhesive joints
  • adhesive joint
  • mechanical test
  • adhesive bonding
  • mechanical properties

  • interdisciplinary effort
  • synthetic work
  • water transport
  • develop adhesive
  • bad bonds

  • simple nonlinear
  • thermal effects
  • nondestructive testing
  • adhesives subject
  • metal products

  • relation throughout
  • damage development
  • allow identification
  • handling geometrically
  • improved nondestructive

  • relative influences
  • pot time
  • cyclic fatigue
  • applied successfully
  • metal matrix

  • experimental materials
  • moisture absorption
  • conventional epoxy
  • develop nde
  • element analysis


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