A simple, easy-to-apply and physically meaningful analytical (“mathematical”) stress model is developed for the prediction of the thermally induced stresses in a circular adhesively bonded assembly with identical adherends. The assembly is fabricated at an elevated temperature and is subsequently cooled down to a lower temperature. The developed model can be helpful for stress-strain analyses and physical design of electronic and photonic assemblies of the type in question, and particularly those employed in holographic memory systems.

Issue Section:
Research Papers
Keywords:
adhesive bonding, stress-strain relations, thermal stresses, thermal stress, indentical adherends, holographic memory
Topics:
Design, Manufacturing, Stress, Thermal stresses, Bonding

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