Dissertation > Excellent graduate degree dissertation topics show

Research and Optimized Design of Electriifed Shuttle System

Author: ChengGang
Tutor: LinJuGuang
School: Hefei University of Technology
Course: Mechanical and Electronic Engineering
Keywords: BIW Electrified Shuttle Optimized Design
CLC: U468.2
Type: Master's thesis
Year: 2012
Downloads: 87
Quote: 0
Read: Download Dissertation

Abstract


Right now, the core technologies of BIW fabrication facilities are controlledby foreign auto companies, restricts the development of China’s automanufacturing industry. The relevant research was conducted on the background.By investigating a lot of local and abroad electrified shuttle systems, electrifiedshuttles have been made by local companies. However, due to short of coretechnologies, those products are still in need of improvement and optimization. Onthe one hand, it can reduce the waste of resource. On the other hand, it can alsoreduce the cost of enterprise.Based on research on the local and abroad welding fixture for BIW, the paperanalyzed the trend of welding line for BIW in the future. The existing electrifiedshuttle system which was developed by HFUT’s Institute of AutomotiveAutomation Engineering&Equipment, analyzed its structure and mechanism.Hence, structure and mechanism optimization, computerized simulation, and testwere conducted so as to performance, lower cost.Through the researching of electrified shuttle system, to master the coretechnology and make it industrial applications, we must adhere to the independaltechnical innovation, integrated innovation and introduction, digestion, absorption,and innovation again. It’s of great significance to improve China’s automobilemanufacturing equipment lever by achieving these objectives.

Related Dissertations

  1. Modal Analysis of BIW Construction & Optimization Design in Modal Parameters,U463.82
  2. Study on the Risk Management of the Project for BIW Production Line Modification,F426.471
  3. The Finite Element Analysis and the Structure Optimization Design of Steel Tank Semi-Trailer,U469.53
  4. Finite Element Simulation Analysis and Study on Structural Optimization of BIW,U463.82
  5. CAE simulation technology based on a mini- bus body fatigue life,U463.82
  6. Design and Experimental Reserch on the Returning Straw Fertilizer Drill,S223.25
  7. Monte Carlo Simulations of the Catalytic Reaction of Propylene Ammoxidation,O643.3
  8. Design and Implementation of MPSoC Framework Based on FPGA,TN47
  9. Theoretical and Experimental Research on the Sound Absorption Performance of Wedge,TB535.1
  10. Optimized Improvement Design of the Engine Valve Train,TK403
  11. Layout Design and Research on Cutting Process of BIW Laser Cutting and Welding Production Line,TG665
  12. Study on Characters of Pile-soil Cooperative Work in the Composite Foundation with CFG-Pile,TU473.1
  13. Optimized Construction Flood and Diversion Scheme of Longkou Project,TV551.1
  14. Research of the Control Methods in Whole Line Mode for BIW Welding Line,TP242
  15. The Research on the Two-dimensional Model of Product Family Optimized Design and Its Related Methods,F224
  16. The Payment System Research of the Fifth of Tianjin Municipal Highway Engineering Co., Ltd,F542
  17. Research of Optimization of Broadband Drectional Antenna Design and Measurement Method,TN820
  18. Improvement of the Prospection and Design Project Management System of Northeast Coalfield Geology Bureau,TP311.52
  19. Alex Nao slope and waste dump deformation -induced disaster mechanisms and their safety dumping measures,TU43
  20. Optimized Design of X(S)M55-30 Rubber Hermetic Refiner Key Part,TQ330.43
  21. Structure Analyse and Optimized Design for the Cutting Drum,TS43

CLC: > Transportation > Road transport > Automotive Engineering > Automobile factory > Factory equipment and installation
© 2012 www.DissertationTopic.Net  Mobile