Near-fault earthquake - Globe Thesis

Keyword [Near-fault earthquake] Result: 1 - 20 \| Page: 1 of 4
1.	Performance-Based Seismic Design Of Bridge Structure Excited By Near-fault Earthquake Using Energy Concept
2.	The Study Of Seismic Demand Estimation Method Of Reinforced Concrete Structures
3.	The Reliability Analysis Of Bridge Structures For Near-fault Ground Motion
4.	Analyze About The Response Of Multi-storey Reinforced Concrete Structure Under Near-fault Earthquake
5.	Seismic Performance Of High-pier Bridge Under Near-fault Earthquake Excitation
6.	Analysis On Seismic Response Of Cooling Tower Considering Subsoil-Foundation-Superstructure Interaction
7.	Research Of Several Key Problems On Seismic Design Of RC Girder Bridges Near Active Fault
8.	Research On The Dynamic Response Of SMA—Sliding Isolation Structure Subject To Near-fault Earthquake
9.	Collapse Simulation Of The Serial Isolation Structure Of Laminated Rubber Bearing With RC Column Under Multi-Component Near-fault Earthquake
10.	Study And Uncertainty Analysis On Seismic Performance Of Concrete Structures
11.	Research On Dynamic Responses Of Structure Clusters Caused By Near-fault Earthquake
12.	Collapse Simulation Of Plane Irregular Isolation Structures Subjected To Near-fault Seismic Motion
13.	Integrated Damping Study Of Large Scale Vertical Tank Under Near-fault Earthquake
14.	Seismic Performance Analysis Of Irregularly Super-long Isolated Structure Considering Initial Unloaded Displacemental Isolators
15.	Study On The Dynamic Response Characteristics Of Deep-water Bridge Pier Excited By Impulsive Near-fault Earthquake Ground Motions
16.	Test On Code Calculation Methods Of Hydrodynamic Effect For Deep-water Bridge Excited By Near-fault Earthquakes
17.	Near-fault Seismic Analysis Of V-type Eccentrically Braced Steel Frames
18.	Research On Seismic Response And Reduction-Isolation Control Of Continuous Girder Viaduct Under Near-fault Ground Motion
19.	The Vulnerability Assessment For Reinforced Concrete Bridge Piers Subjected To Near-fault Earthquake Motions
20.	The Distribution Of Interlaminar Hysteretic Energy Demand Of Chevron Steel Braced Frames
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