Current Progress on the Design and Analysis of the JWST ISIM Bonded Joints for survivability at Cryogenic Temperatures

John D. Johnston,Charles Kaprelion,Cengiz Kunt,Joel Proebstle,Ben Rodini,Daniel Young,Andrew Bartoszyk

Current Progress on the Design and Analysis of the JWST ISIM Bonded Joints for survivability at Cryogenic Temperatures

2005

John D. Johnston
Charles Kaprelion
Cengiz Kunt
Joel Proebstle
Ben Rodini
Daniel Young
Andrew Bartoszyk

Viewgraphs on the material characterization and design of the James Webb Space Telescope (JWST) Integrated Science Instrument Module (ISIM) metal/composite bonded joints for its survivability at cryogenic temperatures is presented.

Keywords:

Finite element method
Structural engineering
Survivability
Materials science
James Webb Space Telescope
cryogenic temperature
Composite number
Mechanical engineering

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