performance-based earthquake engineering - Globe Thesis

Keyword [performance-based earthquake engineering] Result: 1 - 20 \| Page: 1 of 2
1.	Study On Seismic Performance Of Bridge Structures Based On Probabilistic
2.	Structural Dynamics Analysis In Performance-Based Earthquake Engineering
3.	Global Probabilistic Seismic Capacity Analysis Of Reinforced Concrete Frame Structures
4.	The Influence Of Intensity Measures On The Seismic Response Of The Continuous Beam Bridge
5.	Seismic Fragility Of Reinforced Concrete Bridges With Consideration Of Various Sources Of Uncertainty
6.	Performance-based Seismic Fragility Analysis And Safety Assessment Of High Arch Dams
7.	Analysis On Seismic Fragility And Economic For Typical Frame-Shear Wall Structure Based On The IDA Method
8.	Security And Economic Evaluation And Influence Factors Analysis For Shear Wall Structure
9.	Seismic Performance Assessment Of Hefei Urban Viaducts Based On Probability Theory
10.	Seismic Performance Evaluation Of Reinforced Concrete Frame Based On Modal Incremental Dynamic Analysis
11.	Optimal Selection On Ground Motion Intensity Measures For Performance-based Seismic Design Of Bridges
12.	Strong Ground Motion Selection For Multiple Levels Of Seismic Fortification Demand In China
13.	Seismic Fragility Analysis And Risk Assessment Of Quayside Container Crane
14.	Seismic Performance Assessment Of Reinforced Concrete Frame Structure With Energy Dissipation And Isolated Devices Based On FEMA P-58
15.	Building-specific loss estimation methods & tools for simplified performance-based earthquake engineering
16.	Simulation and performance-based earthquake engineering assessment of self-centering post-tensioned concrete bridge systems
17.	Model selection for performance-based earthquake engineering of bridges
18.	Performance-based earthquake engineering design evaluation procedure for bridge foundations undergoing liquefaction-induced lateral spreading
19.	Numerical modeling of a bridge system and its application for performance-based earthquake engineering
20.	An ounce of prevention: Probabilistic loss estimation for performance-based earthquake engineering
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