Energy Performance of Alkali-Activated Cement-Based Concrete Buildings

Keyphrases

• Energy Performance 100%
• Concrete Construction 100%
• Embodied Energy 100%
• Cement-based 100%
• Operational Energy 100%
• Alkali-activated Cement 100%
• Cement Concrete 60%
• Total Energy Consumption 40%
• Commercial Buildings 40%
• Ordinary Portland Cement Concrete 40%
• Energy Saving Potential 40%
• United States 20%
• Energy Saving 20%
• Environmental Impact 20%
• Compressive Strength 20%
• Potential Gains 20%
• Low Thermal Conductivity 20%
• Constant Volume 20%
• R-value 20%
• Carbon Dioxide Emissions 20%
• Building Model 20%
• Inventory Data 20%
• Department of Energy 20%
• Total CO2 20%
• Concrete Materials 20%
• Slag Concrete 20%
• EnergyPlus 20%
• Building Envelope 20%
• Low Environmental Impact 20%
• Life Cycle Assessment 20%
• Environmental Footprint 20%
• Wall Assembly 20%
• Ordinary Portland Cement 20%
• External Wall 20%
• Whole Building Energy Simulation 20%
• Climate Regions 20%
• High Performance Buildings 20%
• Building Accounts 20%
• Energy Reference 20%
• Energy Modeling Tools 20%
• Embodied Carbon 20%

Engineering

• Energy Performance 100%
• Concrete Buildings 100%
• Embodied Energy 100%
• Activated Cement 100%
• Operational Energy 100%
• Energy Conservation 60%
• Cement Concrete 60%
• Ordinary Portland Cement 60%
• Portland Cement Concrete 40%
• Commercial Building 40%
• Building Envelope 40%
• Net Zero Energy Building 40%
• Functional Unit 20%
• Department of Energy 20%
• Low Thermal Conductivity 20%
• Lifecycle 20%
• Potential Benefit 20%
• Slag Concrete 20%
• Concrete (Composite Building Material) 20%
• Energy Modeling 20%
• EnergyPlus 20%
• R-Value 20%
• Constant Volume 20%
• Environmental Footprint 20%
• External Wall 20%
• Renewable Conversion 20%
• Embodied Carbon 20%
• Low Environmental Impact 20%
• Compression Strength 20%
• Compressive Strength 20%
• Reference Building 20%