bond-slip constitutive - Globe Thesis

Keyword [bond-slip constitutive] Result: 1 - 20 \| Page: 1 of 5
1.	Study On The Basic Theory And Its Application Of Bond-Slip Between Steel Shape And Concrete In SRC Structures
2.	Study On The Performance Of Steel Reinforced High-Strength Concrete Columns Under Low Cyclic Reversed Loading
3.	Study On The Bond-slip Mechanism Of CFRP-concrete Interface
4.	Studies On The Mechanism And Constructive Relations Of Bond-Slip Between Steel Shape And Concrete In SRC Composite Structures
5.	Study On The Basic Theory Of Bond-Slip Between Steel Tube And Concrete In CFT Structures And Numerical Simulation By ANSYS Program
6.	Experimental Studies On The Influence Of Marine Environment To Concrete Structure
7.	Study On The Bond-Slip Properties In Steel Reinforced Concrete Special-Shaped Columns
8.	Study On The Bond-slip Constitutive Relations Of Square Concrete-Filled Steel Tube
9.	Nonlinear Finite Element Analysis Of Reinforced Concrete Members With Bond-Slip Effect
10.	Study On The Bond-slip Performance And Load-transfer Mechanism Of Bonded Rebars System
11.	Study On The Bond-slip Relationship Between Reactive Powder Concrete And The Glossy Round Bar
12.	The Simulation Analysis Of The Interface Condition And Requirements Of SRC Composite Beams Based On Bond-slip Theory
13.	Research Of Interface Slip Displacement And Constitutive Relation On SRC Structures
14.	Effect Of Fibers On Bond Behavior Between GFRP Rebars And Matrix Of Self-Compacting Concrete
15.	The Experimental Research On Bond Bahavior Between BFRP Rebars And The Concrete
16.	The FEM Study On The Bond Strength And Bond-Slip Of Steel Reinforced Concrete Structures
17.	Fiber Effect On Bond Behaviour Between Bars And Self-Compacting Concrete Matrix
18.	Study On Mechanical Property Of The Multi-ribbed Composite Wall With Steel Concrete Frame Column
19.	Study On Bond-Slip Performance Of Concrete Filled Steel Tube And Numerical Analysis
20.	Analysis And Experiment For Concrete- Filled Circular-Steel-Tube Short Columns Under Axial Load And Bond-Silpping
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