Bonding property - Globe Thesis

Keyword [Bonding property] Result: 21 - 40 \| Page: 2 of 3
21.	Mechanical Properties And Ductility Improvement Mechanisms Of Rare Earth Microalloyed High Silicon Electrical Steel
22.	Research On SiC Fiber Reinforced TC17 Composites Under Transverse Tension And Diffusion Bonding Property Of TC17
23.	The Experiment Research Of Bonding Property Between Near-surface Mounted CFRP-board And Concrete
24.	Bonding Property Between Surfacing Alloys For Cement Squeeze Roller And The Base Metal Of 45 Steel
25.	Experiment Study On Steel Bar Bonded To High Performance Steel Fiber Concrete
26.	Research On Preparation And Properties Of FeS/Cu-based Sliding Bearing Materials
27.	Using Functionalized Fines To Improve The Bonding Property Of High Yield Pulp Fiber
28.	Experimental Study On Bonded Behavior Of High Strength Reinforced Bar And Steel Fiber Reinforce Concrete
29.	Study On Bonding Property Of Threaded Polypropylene Bar In Concrete
30.	Experimental Study On Basic Mechanical Properties Of Waterborne Epoxy-based Polymer Concrete
31.	The Characterization Of Deformation Of Lignocellulosic Fibers With Different Chemical Components And Its Response Mechanism To Fiber Bonding Property
32.	Experimental Study On Bonding Property Between The Hybrid Fiber Reinforced Concrete And Existing Concrete
33.	Study On Interface Bonding Performance And Pressure Sensitivity Of Carbon Fiber Modified Magnesium Phosphate Cement
34.	Study On Mechanical And Interfacial Bonding Properties Of Dual Functional Strengthening Material
35.	Finite Element Analysis On Bonding Properties Of CFRP-concrete Interface
36.	Experimental Study On Bonding Property Between Steel Fiber And Mortar After High Temperature
37.	Study On The Synthesis And Performance Of A New Type Of Epoxy Resin
38.	Rare-earth transition-metal intermetallics: Structure-bonding-property relationships
39.	Synthesis And Properties Of Phenylacetylene-terminated Polyimide Resin With Low Dielectric Constant
40.	Research On Bond Behavior Between Gfrp Reinforcement And Concrete Based On Distributed Optical Fiber Sensing Technology
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