Study on Design for Remanufacturing Facing Total Remanufacturing Process

Ju Kun Yao; Sheng Zhu; Pei Zhi Cui; Xiao Jun Shi

doi:10.4028/www.scientific.net/AMR.194-196.581

Paper Titles

Synthesis of High Surface Area Porous Silicon Carbide by a Modified Sol-Gel Method
p.562

Self-Supporting Honeycomb Films of Polyphenylene Oxide Fabrication and Characterization
p.566

Investigation of Nano-Powders Made by Spark Discharging Reaction
p.571

Sputtering Phenomena of ZnS Nanoparticles with Graphite Sheaths by Impacting of High-Energy Electron in a Transmission Electron Microscope
p.576

Study on Design for Remanufacturing Facing Total Remanufacturing Process
p.581

Preparation Principle and Crystal Growth Kinetics of Loaded Nanocrystal TiO₂
p.585

Synthesis and Field Emission of ZnO Bundles with High Aspect Ratio by Solution Method
p.589

Carbon Nanotube Templated Growth of the Nano-Crystalline NaY Zeolite
p.594

Fabrication of Large-Area Silicon Nanowire Arrays Based on Electroless Metal Deposition
p.598

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 194-196Study on Design for Remanufacturing Facing Total...

Study on Design for Remanufacturing Facing Total Remanufacturing Process

Abstract:

DFR facing whole remanufacturing process is an essential premise for remanufacture engineering development, which relates to lots of research contents and engineering technologies. The connotation of DFR including the conception, task, target and characteristic are given and described in this paper, then the research content and system framework of DFR are put forward, finally some key technology units of DFR are explained in detail.