1. Utilizing High-Alkali and High-Sulfur Supplementary Cementitious Materials for Sustainable Concrete Production Open Access Author: Sharbaf, Mohammadreza Title: Utilizing High-Alkali and High-Sulfur Supplementary Cementitious Materials for Sustainable Concrete Production Graduate Program: Civil Engineering Keywords: ASRVolcanic ashGround bottom ashCalcined clayFBC fly ashMiniature concrete prism test (MCPT)Soluble AlkalisPore SolutionAlkali BindingLow carbon concreteOff-specification fly ashVolume instabilityCalcium sulfiteLow-carbon concreteSustainable concreteClinker substitutionSupplementary cementitious materialsPozzolanHigh-alkali SCMsAkali-silica reactionAvailable alkalisSoluble alkalisPore solutionAlkali bindingHigh-sulfur fly ashInternal sulfate attackHannebachiteHigh-SO3 coal ash productsMarginal coal ash products File: Download Dissertation.pdf Committee Members: Farshad Rajabipour, Chair & Dissertation AdvisorChristopher Gorski, Major Field MemberJuan Pablo Gevaudan Burgos, Outside Unit & Field MemberAleksandra Radli¿ska, Major Field MemberFarshad Rajabipour, Program Head/Chair
