Bridge Structure Random Reliability Analysis
p.1338
p.1338
Damage Identification for Beam Structure Based on Correlation Dimension
p.1342
p.1342
Seismic Rehabilitation of a Three-Storey R/C Flat-Slab Prototype Structure Using Different Techniques
p.1346
p.1346
Study on Stability Behavior of Cable-Stayed Ultra-High Strength Steel Column with Welded I-Section
p.1352
p.1352
Research on Carbon Fiber Strengthening Node of Reinforced Concrete Framework under the Action of Seismic Wave
p.1357
p.1357
Study on the Recycled Concrete Beam’s Stiffness
p.1361
p.1361
Experimental Research of Bending Capacity of Normal Section of Steel Fiber Reinforced Concrete Wall-Beams Simply Supported
p.1365
p.1365
Research on Mixture Ratio of Recycled Concrete Aggregate in Concrete
p.1371
p.1371
The Construction Technology and Control Points of Composite Bailey Beam and Fastener-Style Steel Pipe Group Support
p.1376
p.1376
Research on Carbon Fiber Strengthening Node of Reinforced Concrete Framework under the Action of Seismic Wave
Abstract:
The numerical simulation of seismic performance for Carbon fiber strengthening node of reinforced concrete framework under the action of seismic wave was done by finite element analytical software-ANSYS. Compared with unstrengthened node, it was proved that node strengthened with Carbon fiber can obviously improve the seismic performance of the nodes.
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Info:
Periodical:
Applied Mechanics and Materials (Volumes 193-194)
Pages:
1357-1360
Citation:
Online since:
August 2012
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