Dissertation > Excellent graduate degree dissertation topics show

The Experimental Study on Anti-seismic Ability of High axial Ratio Composite Energy Dissipation Shear Wall

Author: YangYongZhe
Tutor: FuXiuZuo
School: Tianjin University
Course: Civil structural engineering
Keywords: Composite energy dissipation shear wall Axial compression ratio Shear capacity Stiffness Time history analysis
CLC: TU398.2
Type: Master's thesis
Year: 2003
Downloads: 91
Quote: 0
Read: Download Dissertation

Abstract


In this paper, a new type of energy dissipation the Seismic Resistance wall - composite energy dissipation shear wall were 4 ? Pin high axial compression ratio of the composite consumer Seismic performance of shear wall under low cyclic horizontal loads . Through the observation of the trial process and the analysis of the test results , summarizes the high axial compression than shear wall with respect to the characteristics of low axial compression ratio of components in energy consumption performance , ductility , etc. , to verify the composite energy dissipation shear wall shear bearing capacity of expression and stiffness formula , in good agreement with test results calculated . Last SATWE program application process analysis , through structural system power analysis , calculate the engineering examples , the superiority of the structural system . The test results showed that the composite energy dissipation shear wall stiffness compared with the traditional frame structure , high capacity , good ductility , cost advantages , to play in the earthquake energy damping effect of the shear , and a high level of practical application value.

Related Dissertations

  1. Flow Field Numerical Simulation and Performance Analysis for the Conical Hydrostatic Bearing,TH133.36
  2. The Theoretical and Experimental Research on Preload and Supporting Stiffness of a Wire Race Ball Bearing,TH133.331
  3. Simplified Analysis of Semi-Rigid Steel Frames under Vertical Loading,TU391
  4. Based on Nonliner Finite Element Analysis of the Infilled Wall Frame Structure,TU323.5
  5. Multi-storey Steel Structure Design Method Based on Optimum Lateral Stiffness Distribution,TU973.13
  6. Vertical-axis Magnetic Levitation Wind Turbine Bearing and Blades,TM315
  7. Dynamical Parameterized Modeling of Fixed Joints in Machine Tools,TP391.72
  8. The Study of Arthroscopic Release in the Treatment of Knee Joint Stiffness,R687.3
  9. 6R industrial robot joint stiffness identification and experimental study,TP242.2
  10. Nonlinear Progressive Failure Analysis of Thick Composite Laminate under Biaxial Load,TB33
  11. Direct-drive A / C -axis milling head double pendulum angle structural analysis and performance testing,TG547
  12. Alpine environment PTT fabric handle research,TS101.923
  13. Span steel arch structure seismic performance of,TU352.11
  14. High-speed heavy ball screw axial dynamic stiffness and Experimental Research,TH132
  15. Preparation and Properties of C/SiC Composite Spring,TB332
  16. Several key issues research in the design and construction of high and steep slope tall piers,U445.559
  17. Railway pier, span , long associated girders bridge CWR Longitudinal Stiffness of Piers optimization,U448.13
  18. The dwarf tower cable-stayed bridge seismic response analysis and mitigation and isolation,U442.55
  19. Large-span steel box basket handle arch bridge dynamic characteristics of the high-speed rail and earthquake response analysis,U442.55
  20. Economy Bailey Truss double guide beam bridge machine assembly design and applied research,U445.36
  21. Experimental Investigation and Study on the Bridges Strengthened Using Steel Plate and Concrete Composite Strengthening Technique,U445.72

CLC: > Industrial Technology > Building Science > Building structure > Composite structure > Frame , shear wall structure
© 2012 www.DissertationTopic.Net  Mobile