Top Banner
18

 · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first

Mar 10, 2020

Download

Documents

dariahiddleston
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 2:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 3:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 4:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 5:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 6:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 7:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 8:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 9:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 10:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 11:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 12:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 13:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 14:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 15:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 16:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 17:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first
Page 18:  · (VHP) tooling an the porous preform subjected to a final high temperature consolidation cycle to produce a metal matrix composite (MMC) part[l]. The preform then densifies first