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Articles by keyword: «Mix Proportion»

• An Experimental Assessment of the Effects of Concrete Mix Proportions on Penetration of Chloride Ions
  Published in: Advances in Building Materials (p352)
• An Experimental Study on Workability of Dry-Mixed Self-Compacting Concrete
  Published in: Advances in Building Materials (p1414)
• Chlorine Ion Penetration Resistance of Concretes Containing Super-Fine Limestone Powder
  Published in: Renewable and Sustainable Energy II (p2961)
• Compressive Strength and Density of Fly-Ash Substituted Soil-Cement Concrete
  Published in: Environmental Ecology and Technology of Concrete (p376)
• Concreting Control Technology of Mass Foundation Slab
  Published in: Advanced Building Materials and Structural Engineering (p585)
• Cost Minimum Proportioning of Non-Slump Concrete Mix Using Genetic Algorithms
  Published in: Automation Equipment and Systems (p50)
• Design Method of Fly Ash Concrete Mix Proportion Based on Stable Paste-Aggregate Ratio
  Published in: Mechatronics and Intelligent Materials II (p2110)
• Development of Mix Proportion for High-Performance Concrete Using Locally Available Ingredients Based on Compressive Strength and Durability
  Published in: Advanced Building Materials and Sustainable Architecture (p1067)
• Effect of Admixed Recycled Aggregate on Properties of Recycled Concrete
  Published in: Advanced Building Materials and Sustainable Architecture (p743)
• Experimental Study on Mix Proportion of Fair-Faced Concrete for Urban Bridge
  Published in: Trends in Building Materials Research (p383)
• Experimental Study on the Splitting Tensile Strength of Recycled Sintered Brick-Tile Concrete
  Published in: Advanced Building Materials (p2167)
• Fly Ash-Desulfurization Gypsum Mortar and Concrete Part I: Mix Proportions and Hydration
  Published in: Advanced Building Materials (p809)
• Influence of Fly Ash on Crack Resistance of Mass Concrete
  Published in: Advanced Engineering Materials (p825)
• Mechanical Properties of Reinforcement Construction Waste in Base Cource
  Published in: Advances in Civil Engineering and Architecture (p1053)
• Mix Design and Compressive Strength of Geopolymer Concrete Containing Blended Ash from Agro-Industrial Wastes
  Published in: Advanced Manufacturing Systems (p452)