Manufacturing of Aerospace Parts with Diffusion Bonding Technology

Ho Sung Lee; Jong Hoon Yoon; Joon Tae Yoo

doi:10.4028/www.scientific.net/AMM.87.182

Paper Titles

Investigating Mass Customization Implementation in Iranian Manufacturing Organizations
p.159

Comparison of Digitized Images for Cephalometric Analysis from Scanner and Digital Cameras
p.164

Effect of Amount of Cutting Fluid on Surface Finish of Turned Parts
p.170

Study on Improved Tabu Search Algorithm for Min-Max Vehicle Routing Problem
p.178

Manufacturing of Aerospace Parts with Diffusion Bonding Technology
p.182

Properties of TaN Coating Film Deposited on WC-Co-Based Cemented Carbide Using Magnetron Sputter Ion Plating
p.186

High-Precision Moment of Inertia Testing System and Error Analysis
p.191

High-Temperature Response of TiC Particulate Reinforced Titanium Matrix Composite
p.196

Modeling and Validation of Ultra Precision Positioning System
p.200

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 87Manufacturing of Aerospace Parts with Diffusion...

Manufacturing of Aerospace Parts with Diffusion Bonding Technology

Abstract:

The objective of this study is to manufacture aerospace components with diffusion bonding technology. Examples produced with this technology consist of thin-sheet diffusion bonding and massive diffusion bonding. The mechanism of diffusion bonding process was presented with schematic microstructure development. Aerospace parts include titanium tanks and a scaled combustion chamber with bonded steel and copper. The microstructure of bonded region shows no indication of heterogeneous phases at interface. It is shown that the diffusion bonding of aerospace materials was successfully performed to manufacture lightweight aerospace parts.