workability - Globe Thesis

Keyword [workability] Result: 121 - 140 \| Page: 7 of 8
121.	Research On Influence Of Forming Method And Mix Proportion On Properties Of Pervious Concrete
122.	Preparation And Properties Of Polymer-modified Cement-based Waterproofing And Plugging Materials
123.	Effects Of Carbon Nanotubes On The Performance And Mechanical Properties Of High Performance Concrete
124.	A Research On Effects Of Pumping On Rheological Properties Of Concrete
125.	Workability,Mechanical Properties And Durability Of Alkali-activated Phosphorus Slag Cementitious Material
126.	Study On Thermal-stable Phase Precipitation And Hot Workability Of A Novel Heat-resistant Aluminum Alloy
127.	Experimental Research On Vibration Mixing Of Steel Fiber Reactive Powder Concrete
128.	Study On The Relationship Of Workability And Rheological Properties Of Slurry With Low Water-binder Ratio And Its Influencing Factors
129.	Research And Application Analysis Of Fiber Reinforced Self-Compacting Lightweight Concrete
130.	Study Of Effect Of Arsenic On Hot Ductility And Workability Of Copper-bearing Steel
131.	Prediction Of Concrete Workability Based On Water Film Thickness Theory And Compressible Packing Model
132.	Study On The Application Of Tuff Machine-made Sand And Powder In Commerical Concrete
133.	Effect Of Sand Aggregate Conditioner On Properties Of Machine-made Sand Concrete
134.	Research On Performance Optimization Of Heavy-weight Concrete Based On Wet Packing Density Theory
135.	Study On The Activity Of Volcanic Ash Admixtures For Concrete
136.	Studies On Mechanical Properties,Hydration And Chloride Resistance Of Uhtra-high-performance Seawater Sea-sand Concrete With Limestone And Calcined Clay
137.	Effects Of Silane Modified Admixtures On Properties Of Ultra-high Performance Concrete
138.	Study On The Sprayability Test And Design Method Of Engineered Cementitious Composites
139.	Response Surface Method Based On The Optimal Design And Application Of Manufactured Sand Concrete Mix Ratio
140.	Hot Workability And Microstructure Evolution Of Ytterbium-Containing Magnesium Alloy
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