Green Materials in Civil Engineering

1 A model to predict water retention characteristic curve of fly ash<br>2 Experimental study of the parameter for predicting the strength of geopolymer concretes based on ground granulated blast furnace slag and fly ash<br>3 Mitigating the environmental impacts of conventional concrete—a quantitative sustainable concrete approach<br>4 Consistency, setting, and strength properties of fly ash and slag based geopolymer mortar activated with water<br>5 Developing flyash and slagbased high-strength geopolymer concrete<br>6 Interfacial direct shear behavior of aluminum slag and uniaxial<br>geogrids<br>7 Fly ash-granulated blast furnace slag: better replacement<br>materials for subbase flexible pavement construction<br>8 High performance concrete using fly ash<br>9 Engineering green concrete for sustainable infrastructure<br>10 Behavior assessment of poor subgrade soil using natural coir geotextile under static and repeated load condition<br>11 Utilization of higher percentage of reclaimed asphalt pavement material in bituminous mixtures<br>12 Mineral wastes<br>13 Morphology and strength of concrete incorporating natural rubber latex and plastic fibers<br>14 Fiber-reinforced polymer nanocomposites for structural retrofitting applications<br>15 Biological materials for geotechnical engineering<br>16 A review on microstructural characteristics of bacterial concrete<br>17 Geoenvironmental evaluation on coal gangue: greener alternative to existing fill materials<br>18 Utilization of Sustainable Material: Ferrock for Stabilization of Subgrade Soil