| Document Date: 2013-08-08 12:10:07
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City Notre Dame / New York / Oxford / / Company Jonghe L. C. / Cox / Bogdanovich A. E. / / Facility Massachusetts Institute of Technology / Columbia University / / IndustryTerm metal pins / similar solution / plastics / Chemical reactions / laser fusion processing / 3d weaving technologies / Laser processing / chemical bonding methods / manufacturing challenges / laser joint processing / Textile applications / machinery / fiber compact systems / model post processing / surface energy / fibrous systems / later processing / optics technologies / laser textile joining applications / porous media / finite element solution / manufacturing / semi-finished textile products / time-domain solution / e-glass / laser textile applications / laser energy / manufacturing processes / Numerical solutions / energy / / Organization Columbia University / Y. Lawrence Yao Department of Mechanical Engineering / American Ceramic Society / Massachusetts Institute of Technology / / Person Non-Crystalline Solids / Composite Structures / Y. Lawrence Yao / / / Position Shim D. J. / / ProvinceOrState Indiana / Massachusetts / / PublishedMedium Journal of Applied Physics / / Technology radiation / Laser / lasers / 3-d / fluid dynamics / 3d weaving technologies / heat transfer / SIMULATION / optics technologies / Boltzmann algorithm / /
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Proceedings of the ASME 2012 International Manufacturing Science and Engineering Conference MSEC2012 June 4-8, 2012, Notre Dame, Indiana, USA MSEC2012-7304 Laser Joining of Continuous Glass Fiber Composite Pre-forms Huad