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1. The Analysis For Lateral Aseismic Deformation Capacity Of A 4-story RC Model Frame
2. Displacement-Based Design Theory And Method Of Reinforced Concrete Frame Structure
3. The Seismic Deformation Limits Of RC Frame Structure With Few Shear Walls
4. Displacement-Based Design Theory And Method Of Steel Reinforced Concrete Frame Structures
5. Performance-Based Seismic Evaluation For Infilled Frames
6. The Research On Seismic Performance Of Steel Frame-concrete Core Tube Structures With Eccentrically Braces
7. Study On Seismic Behavior Of Staggered Truss Steel System
8. Seismic Evaluation Of Masonry Structures Based On Push-over Method For Primary And Middle School Buildings
9. Study On Seismic Behavior And Design Method Of Slab-Column Connections
10. Study On Direct Displacement-Based Seismic Design Theory For Reinforced Concrete Frame Structure
11. Anti-Seismic Performance Of Masonry Structures Of Shenyang Surrounding School Buildings
12. Research And Application Of Direct Displacement-based Seismic Design Theory For Large Thermal Power Plant Frame Structure
13. Application Of Pushover Of Structural Analysis On Frame Structure
14. Shaking Table Test Study And Theoretical Analysis Of High-rise Building With Truss Transfer Story
15. Push-over Analysis Of Existing Building Structures For Seismic Performance Evaluation
16. Comparison Of The Framework Of The Concrete Structure Of The Nonlinear Static Analysis Methods And The Nonlinear Dynamic Analysis Method
17. The Concrete Frame Structure Performance-based Seismic Design Theory And Methods
18. Seismic Research Of Masonry Structures Based On Static Push-Over Method
19. Methodology Study On Seismic Performance Assessment Based On Deformation And Damage For Frame Structure With Transfer Story
20. Research On The Theory And Methods Of Performance Based Seismic Design For Reinforced Concrete Frame Structures
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