Water-binder ratio - Globe Thesis

Keyword [Water-binder ratio] Result: 1 - 20 \| Page: 1 of 2
1.	Hydration Mechanism And Properties Of Cement-based Materials With Low Water-cement Ratio Upon Component Gradient Design
2.	Influence Of Water-binder Ratio On Pervious Recycled Aggregate Concrete
3.	Effect Of Combined Curing On Mechanical Properties And Thermally Explosive Spalling Behavior Of Concrete With Different Water-Binder Ratios And Mechanism For Such Effect
4.	Deformation Performance And Regulation Technology Of Ultra High Performance Concrete
5.	Study On Ultra-light Polymer Modified Foamed Cement
6.	Effect Of Fly Ash On Rehydration Of Low Water-Cement Ratio Cement-Based Materials
7.	Research Of Soda Residue Internal Curing Agent On Low Water-binder Ratio Concrete Autogenous Shrinkage And Cracking Behaviors Influence
8.	Synthesis Of Organosilane-modified Polycarboxylate Superplasticizer And Their Interaction With Cement-silica Fume Paste With Low Water-binder Ratio
9.	Strength Characteristics Of Hardened Cement Paste At Low Water Binder Ratio
10.	Study On Shrinkage And Durability Of Composite Limestone Powder Concrete
11.	Research On The Evolution Rules Of Long-term Performance And Microstructure Of Cement-based Materials With Low Water–binder Ratios Under Further Hydration Effect
12.	Study On The Properties Of Filling Material Reinforcement Of Soft Coal Roadway
13.	Influence Of Temperature And Water-Binder Ratio On Hydration Process And Mechhanism Of Fly Ash Concrete
14.	Experimental Study On The Influence Of Ages And Water-binder Ratio Of Circulating Fluidized Bed Combustion Desulfurization Slag Cement-soil On Its Strength
15.	Study On Hydration Properties Of Multicomponent Composite Cementitious System With Low Water-binder Ratio
16.	Experimental Study On The Effect Of Early Freezing And Thawing On The Durability Of Concrete Materials
17.	Mechanical Properties And Application Of Recycled Polyvinyl Chloride Concrete
18.	Experimental Study On Gas Permeability Of Ultra-high Performance Concrete
19.	Experimental Study On The Resistance Of Chloride Ion Penetration Of Ultra-high Performance Concrete
20.	Study On Shrinkage Performance Ofcement-based Materials At Lowwater-binder Ratio
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