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Keyword [tube in tube structure]
Result: 1 - 20 | Page: 1 of 2
1.
Research On Static And Dynamic Soil-Pile-Structure Interaction Of Tall-building
2.
Dynamic And Static Interaction Theory Research Of Super High-rise Tube-in-Tube Structure
3.
Experimental And Theory Research On The Nonlinear Performance Of Reinforced Concrete Tube In Tube Structure
4.
Study On Method Of Pseudo-dynamic Testing And Theoretical Analysis Of Tube Structure
5.
Theoretical Analysis And Pseudo Dynamic Experimental Study On Tall Building Tubular Structure
6.
Research On Interaction Between Superstructure And Base Of Ultrahigh-rise Tube-in Tube Structure
7.
Analysis On Dynamic Interaction Of Soil-Pile Group Foundation-High-Rise Buildings Under Seismic Effect
8.
Nonlinear Analysis Of Interaction Of High-Rise Building Superstructure-Piled Raft Foundation-Soil
9.
Research On Nonlinear Analysis Methods Of Reinforced Concrete Tube In Tube Structure
10.
Precise Integration Method Of Dynamic Time History Analysis Of Tall Building Structures
11.
Analysis On The Mechanical Behaviors Of Reinforced Concrete Tube In Tube Structure And Spandrel Deep Beam
12.
The Shear Lag Effect And The Seismic Performance Analysis Of The Reinforced Concrete Tube In Tube Structure
13.
Static And Dynamic Analysis Of Frame-tube Supported On Tube-in-tube Structure
14.
The Analysis On Mechanical Behavior And Design Advice Of Reinforced Concrete Tube-in-tube Structure Of Large Length-width Ratio
15.
Study On Seismic Behavior Of The Tube In Tube Structure With CFST Outer Tube And SCS Inner Tube
16.
Comparative Analysis Of Steel Structures In High-rise Office Buildings
17.
Study On Seismic Behavior Of The Tube In Tube Structure With CFST Outer Tube And SCS Inner Tube With Dissipation Devices
18.
Study On Seismic Performance Of Tube In Tube Structurewith High-level Transfer And Setback In Elevation
19.
Construction Simulation Analysis On Tube-in-tube Structure With Partial Transfer Storey Of Diagonal Brace
20.
The Influence Of The Reinforced Layersposition On The Spatial Stress Performance Of Tube-in-tube Structures
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