Dissertation > Excellent graduate degree dissertation topics show

Stochastic Analysis of Construction Process of Guangzhou New Library

Author: LiuShaoXin
Tutor: SuCheng
School: South China University of Technology
Course: Structural Engineering
Keywords: Response surface - Monte-carlo method huge complex structure construction process simulation analysis stochastic analysis reliability analysis
CLC: TU311.2
Type: Master's thesis
Year: 2010
Downloads: 42
Quote: 2
Read: Download Dissertation

Abstract


There is much uncertain error and factor involve in construction process of pratical engineering structure, and how to consider the uncertain factor in construction process analysis of structure has been very concerned by designers. Therefore, it is necessary to study stochastic analysis of construction process for structures. However, stochastic analysis research of construction process for huge complex structure is not yet mature, it lacks of better analytical methods. On the basis of random structure static analysis theory and simulation analysis finite element method of construction process for engineering structure, this dissertation proposes a set of huge complex structure static analysis method on construction process for huge complex structure, which is applied to stochastic analysis and reliability analysis of construction process for Guangzhou New Library.The whole work of this dissertation consists of four parts. The first part introduces the concept and the common analysis methods of random structure static analysis and the simulation analysis methods of construction process for huge complex structure. The second part introduces the perturbation stochastic finite element method and Monte Carlo stochastic finite element method, which are the most commonly used methods to random structure static analysis, an improved random structure static analysis method, Response surface-Monte Carlo method, proposed by our group. The third part of this dissertation does the simulation analysis of construction process for Guangzhou New Library using the forward analysis. On the basis of the former two parts, the fourth part of this dissertation combines with Response surface-Monte Carlo method and the simulation analysis methods of construction process for huge complex structures, and proposes a set of stochastic analysis of construction process for huge complex structures, which is applied to stochastic analysis and reliability analysis of construction process for Guangzhou New Library.The main conclusions achieved in this dissertation are as follows:(1) The construction process of huge complex structure relate to many uncertainties, it is an important direction in which stochastic analysis and reliability analysis of construction process of construction process for huge complex structure.(2) This method summarizes the Response surface method、Monte Carlo method and the huge complex structure bridge construction simulation analysis method, and it has the advantage of simplicity solution principle and less computing and can meet the engineering request entirely. This method is especially suited for stochastic analysis and reliability analysis of construction process for huge complex structure.(3) Regarding Guangzhou New Library as engeering background, conducting stochastic analysis and reliability analysis with Response surface-Monte Carlo method, a much good result is obtained,further checked the validity and the practicability of the method.

Related Dissertations

  1. Simulation Analysis on Temperature Stress of RCC Arch Dam and Its Construction Joints Design Research,TV642.2
  2. Injection Process Analysis and Optimized Deign of MP4 Product Based on the Moldflow Software,TQ320.662
  3. Study on the Subsurface Crack of Supporting Roller Made of Austempered Ductile Iron,TG156.3
  4. On User-Oriented Analysis Simulations of Reconfigurable Modular Robots,TP242
  5. Research of Deep Excavation Construction Process for Nearby Subway Section Action,TU753
  6. Foundation Monitoring and Analysis in Interval Wenti Road to Wuli River in Shenyang Subway Line 2,U231
  7. Study on the Reliabilityand Optimum Design of Low-Voltage Circuit Breaker Operating Mechanism,TM561
  8. Ozone disinfection equipment reliability analysis and design,TH771.4
  9. The the underwater tunnel curtain grouting with no studio bassoon shed construction technology research,U455.49
  10. Experimental Study on Three Towers Cable-stayed-Self-anchored Suspension Continuous Cooperative System Bridge,U448.25
  11. Construction Process Analysis of Fly-bird-type CFST Arch Bridge and Construction Control,U445.4
  12. EMU bogie bearing reliability analysis and fault diagnosis technology research,U269
  13. Reliability Analysis for the Equal Vavle Used in Shanghai Metro Line 1 DA01 Vehicles,U270.35
  14. The Stability Study and Reliability Analysis of Rock Slope,P642
  15. Studies on Corrosion Mechanism and Anti-Corrosion Methods in the First Atmospheric and Vacuum Distillation Unit of Karamay Petrochemical Company,TE986
  16. Research of Multi-Objective Tolerance Design on LED Street Lamp Driver,TM923.34
  17. Analysis and Simulation of Piston-exhausting Air-powered Engine,TK402
  18. Whole Stability Analysis of the Beam on the Construction Process of the Long-span Steel Framework Structure,TU391
  19. The Research of the Air ABS on Semi-trailer Combination Vehicles,U463.526
  20. Application and Study of Stone Mastic Multigrade Asphalt Cement in the High Grade Highway Overlay,U416.217
  21. Truss Arch Bridge Construction Control Technology,U445.4

CLC: > Industrial Technology > Building Science > Building structure > Structure theory to calculate > Structural Mechanics > Structural stability theory
© 2012 www.DissertationTopic.Net  Mobile