dissipation structures - Globe Thesis

Keyword [dissipation structures] Result: 1 - 20 \| Page: 1 of 2
1.	Theoretical Analysis And Test Verification And Practice For The Structures With Energy Dissipation Devices
2.	Study Of Performance Based Seismic Design For Energy Dissipation Structures With Viscoelastic Dampers
3.	Comparative Study On Design Method Of Structure With Energy Dissipation
4.	Performance Based Seismic Design And Analysis For Energy Dissipation Structures With Nonlinear Viscous Dampers
5.	Stochastic Earthquake Response And Earthquakeaction Calculation Of The Damper Energy Dissipation Structures
6.	For Energy Dissipation Of Energy Analysis And Design Methods
7.	The Comparative Analysis On Different Energy Dissipation Structures In Highly Seismic Region
8.	Performance Based Seismic Design And Collapse-resistant Fragility Analysis For Energy Dissipation Structures With Viscous Dampers
9.	Analysis Of The Random Seimic Response And Equivalent Damping Ratio For Damper Dissipation Structures
10.	Practical Design Procedure Of Energy-dissipated Structures With Non-linear Viscous Dampers
11.	Seismic Response Analysis Of Structure With Energy Dissipation Devices Based On Balance Method
12.	Stochastic Earthquake Response Of Maxwell Damper Energy Dissipation Structures Based On Extended Order Complex Modal Method
13.	The Analysis On Seismic Performance Of Energy Dissipation Frame Structure
14.	The Formulation Of The Guidelines For The Energy Dissipation Structures’ Design
15.	Stochastic Earthquake Response Analysis Of The Damper Energy Dissipation Structures
16.	Study On Seismic Behavior Of Energy Dissipation Structures With Viscous Damper
17.	Study On Additional Effective Damping Ratio Calculation Methods Of Energy Dissipation Structures
18.	Study On Seismic Performance Of Frame-core Tube Damping Structure With Fluid Viscous Dampers
19.	Stochastic Earthquake Response And Earthquake Action Calculation Of Two Degrees Of Freedom Generalized Maxwell Damper Energy Dissipation Structures
20.	Study On The Performance Of Steel Hysteretic Dampers And The Structure With Using Replaceable Coupling Beams
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