Dissertation > Excellent graduate degree dissertation topics show

Virtual research and development of precision shearing equipment feeding mechanism

Author: WangXiangLi
Tutor: LiYouTang
School: Lanzhou University of Technology
Course: Mechanical Manufacturing and Automation
Keywords: Virtual Product Development Precision shearing equipment Feeding mechanism The feature entities parametric modeling technology Virtual Assembly Dynamic Simulation
CLC: TG333.2
Type: Master's thesis
Year: 2004
Downloads: 174
Quote: 2
Read: Download Dissertation


Funded research programs in Gansu Province, to carry out the virtual precision shearing equipment research and development. To the the the precision shearing equipment innovative design for the study, with radial clamping precision shearing equipment development goals, research innovative products virtual development theory, development the precision shearing equipment virtual design platform. The precision shearing equipment loads, required to have force closed structure complex stress state of the vital parts, feeding mechanism requires dynamic floating and other characteristics. Summarize the precision shearing equipment works, analysis of the precision shear structural features of the equipment and feed mechanism, discuss the precision shearing equipment work steps, and explore issues such as precision shearing machine equipment feeding mechanism works. To the feeding mechanism of the shear device for the study, to explore products virtual development lingjing environment and related technologies. Focused on virtual reality technology, modeling techniques, virtual assembly environment and feeding mechanism of the virtual development process and development platform. Relying on the focus on technology, virtual product development technologies such as parametric modeling technology, virtual assembly technology, simulation system, with the help of international popular high-end CAD / CAE / PDM software, create a Pro / ENGINEER - ADAMS virtual three-dimensional modeling and simulation environment, shearing machine feeding mechanism is modeled from digitized entity to the virtual prototype simulation (dynamics, kinematics simulation) and analysis of the virtual development work. Proposed the precision shearing equipment feeding mechanism virtual development characteristics entity parametric modeling technology and virtual assembly technology. Discuss feeding mechanism in Pro / E platform parts entity model Establishment PRO \\ E software of a single database and all related to sex, to establish parts development module; discuss the Pro / E's virtual assembly mechanism assembly constraints applied to achieve send material bodies in the initial assembly, analysis of the overall virtual assembly of the feed mechanism specific virtual assembly process and shearing equipment, focusing on analysis of the optimization problem of the slider assembly designed to eliminate interference floating rack. Precision shearing equipment feed mechanism work process simulation. Discuss the dynamic simulation analysis of the key technologies - virtual prototype technology, realized from the feed mechanism entity model to a simulation model of the transformation, achieve feed mechanism assembly body conversion of 3D models, to related dynamic simulation fixture and send material bodies of the three-dimensional simulation model analysis of simulation results, which lay the foundation for the optimization of the feed mechanism.

Related Dissertations

  1. The Study of Dynamic Simulation of the Passive Dynamic Quasi-Quarupedal Walker,TP242.6
  2. Study on the Calculation Method of Intermittent Heating Load,TU832
  3. Rare earth tungsten hot- electron emission type cathode loss mechanism of high - temperature electrostatic precipitator,TU834
  4. Research of Smart Switch for Inrush Current Control and Short-circuit in Dynamic Simulation System,TM564
  5. Solid modeling of electrical products and virtual assembly technology research,TP391.72
  6. Study on FACTS and Its Application for Improving the Comprehensive Performance in Wind Power and Power Grid,TM711
  7. Simulation Analysis of Nitration Reactor of Toluene to Mononitrotoluene,TQ241.12
  8. Study on Dynamic Equivalent Methods Applied to Electromagnetic Transient Simulation Based on PSS/E,TM711
  9. Simulation Study and Application of the Selective Leakage Protection for Underground Nugs Based on Simulink,TM862
  10. Research and Development of Drill Fixture Virtual Assembly Based on Virtools,TG751.2
  11. Prediction and Simulation of Air Quality of Coal Mining Area Based on VGIS System,X831
  12. Design of Multi-Source Information Simulation System Based on Virtual Reality,TP391.9
  13. Study of Toleranced Products Modeling Based on the Virtual Reality,TP391.72
  14. High pressure hydrocracking unit Simulation Training System Development,TP391.9
  15. Research on Human-computer Interface Design for Virtual Assembly System,TP11
  16. HTM furnace cleaning furnace cleaning robot system design,TP242
  17. Development of Control System for Tricept IV the Hybrid Robot,TP242
  18. The Lower Limbs Structure Design、Gait Planning and Dynamic Simulation of Humanoid Robot,TP242
  19. Homology Modeling and Molecular Docking Simulation on α7-nAChR and α9α10-nAChR,R749.16
  20. The Design and Simulation of Feeding Device for Large Crane Bending,TH21
  21. Signal Processing and Virtual Prototyping Simulation of the Micro Electrostatically Levitated Rotor Gyroscope,V241.5

CLC: > Industrial Technology > Metallurgy and Metal Craft > Metal pressure processing > Rolling > Rolling mill machinery equipment > Rolling auxiliary equipment
© 2012 www.DissertationTopic.Net  Mobile