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Activation of self-healing in pozzolanic natural hydraulic lime-based self-compacting concrete under cyclic compression
Ángel De La Rosa, Universidad Rey Juan Carlos
Gonzalo Ruiz, Universidad de Castilla-La Mancha
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Advancing the Use of Supplementary Cementitious Materials: A Novel Framework for Quantitative Reactivity Estimation
Bryan Aylas-Paredes, Missouri University of Science and Technology
Rohan Bhat, Missouri University of Science and Technology
Narayanan Neithalath, Arizona State University
Aditya Kumar, Missouri University of Science and Technology
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Agro-Waste Ash as an Alkaline Activator for Zero-Portland Cement Mortars
Ananya Markandeya, University of California Davis
Somayeh Nassiri, University of California Davis
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Autoclave Curing of Cement Pastes with Sugarcane Bagasse Ash
Carolina Albuquerque da Silva, Universidade Federal de Minas Gerais
Kejin Wang2, Iowa State University
Dayana Cristina Silva Garcia, Universidade Federal de Minas Gerais
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Calcium Nitrate Effectively Mitigates Alkali-silica Reaction by Surface Passivation of Reactive Aggregates
Rui Xiao, University of California, Los Angeles
Dale Prentice, University of California, Los Angeles
Marie Collin, University of California, Los Angeles
Magdalena Balonis, University of California, Los Angeles
Erika La Plante, University of California, Davis
Mehrdad Torabzadegan, Yara
Torben Gadt, Technical University of Munich
Gaurav Sant, University of California, Los Angeles
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Converting a quarry dust to a potential SCM through calcination
Clark Lemon, University of Louisville
P V P Moorthi, University of Louisville
Zhihui Sun, University of Louisville
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Effect of aragonite aspect ratio on the hydration behavior of cementitious materials
Yutao Bi, Purdue University
Rui He, Purdue University
Na (Luna) Lu, Purdue University
Yining Feng, Purdue University
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Engineering Performance of Semi-flowable Concrete with High-Volume Indigenous SCMs
Arash Aghaeipour, Missouri University of Science and Technology
Jingjie Wei, Missouri University of Science and Technology
Kamal H. Khayat, Missouri University of Science and Technology
Roberta Alfani, ECOCEM Materials
Erisa Myrtja, ECOCEM Materials
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Enhancing the reactivity of steel slag for high-quality SCMs
Laura Stefanini, Cocoon Carbon Ltd
Luke Hunter, Cocoon Carbon Ltd
K. H. C. Yap, Cocoon Carbon Ltd
Grace Gledden, Cocoon Carbon Ltd
Salvador Marval, Cocoon Carbon Ltd
Alex Dawes, Cocoon Carbon Ltd
Frederic Scott, Cocoon Carbon Ltd
Eliot Brooks, Cocoon Carbon Ltd
William J. Knapp, Cocoon Carbon Ltd
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Enhancing Ye’elimite-Gypsum Hydration and Microstructure in Cementitious Systems Using Layered Double Hydroxides
Godwin I. Ogbuehi, Missouri University of Science and Technology
Monday U. Okoronkwo, Missouri University of Science and Technology
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Environmental and Economic Evaluation of Sustainable Concrete
Ehsan Asheghianamiri, Missouri University of Science and Technology
Mahelet Fikru, Missouri University of Science and Technology
Hongyan Ma, Missouri University of Science and Technology
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Evaluating the Risk of Internal Sulfate Attack in Concrete Containing High-SO₃ Coal Ashes: A Path Toward Low-Carbon Concrete
Moe Sharbaf, The Pennsylvania State University
Arslan Akbar, The Pennsylvania State University
Mahdi Mirabrishami, The Pennsylvania State University
Kamasani Chiranjeevi Reddy, Indian Institute of Technology Hyderabad
Farshad Rajabipour, The Pennsylvania State University
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Exploring the use of cattle manure digestate ash for partial cement replacement in the production of concrete
Georges Fahd Khoury, University of Bologna
Jessica Ensini, University of Bologna
Francesca Ferretti, University of Bologna
Enrico Sassoni, University of Bologna
Marco Bovo, University of Bologna
Claudio Mazzotti, University of Bologna
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Exploring Use of Biochar from Different Feedstock as Cement Replacement in Cementitious Composites
Mohammed AlSieedi, University of Virginia
Zhangfan Jiang, University of Virginia
Mert Atilhan, Western Michigan University
Osman E. Ozbulut, University of Virginia
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Low-Carbon Supplementary Cementitious Materials (SCMs) from Waste Stamp Sands
Xiang Zhao, Michigan Technological University
Qingli Dai, Michigan Technological University
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Performance Evaluation of Concrete Mixtures with Calcined Clay and Portland Limestone Cement
Zhangfan Jiang, Virginia Transportation Research Council
Gabriel Arce, Virginia Transportation Research Council
Amir Behravan, Virginia Transportation Research Council
Lisa M. Colosi, University of Virginia
Osman E. Ozbulut, University of Virginia
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Performance of Low-Clinker, High-Limestone Multiphase Blended Cement
Muhammad Haris Javed, Missouri University of Science and Technology
Jingjie Wei, Missouri University of Science and Technology
Kamal H. Khayat, Missouri University of Science and Technology
Roberta Alfani, ECOCEM Materials
Erisa Myrtja, ECOCEM Materials
Hongyan Ma, Missouri University of Science and Technology
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Reactivating recycled hydrated cement into a value-added cementitious material using CO2
Hamed Maraghechi, CalPortland company
Luis Baquerizo Ibarra, CalPortland company
Shayan Gholami, CalPortland company
Deepika Sundar, CalPortland company
Azadeh Hosseinpanahi, CalPortland company
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Rice Straw Ash as a Sustainable Cementitious Binder: Investigations into Pretreatment and Performance
Deepak Babu, Indian Institute of Technology Palakkad
Athira Gopinath, Indian Institute of Technology Palakkad
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Role of carbide slag in the preparation of low-clinker cement: Insight into hydration kinetics and microstructure
Muhammad Riaz Ahmad, The Hong Kong Polytechnic University
Jian-Guo Dai, City University of Hong Kong
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The Effectiveness of Pumice as a Supplementary Cementitious Material in High Performance Self-Consolidating Concrete
Shashi S. Marikunte, The Pennsylvania State University
Mitchel Anthony, HNTB Corporation
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The Water Absorption of Alternative Supplementary Cementitious Materials and its Impact on the Rheological Properties of Fresh Paste
Fengyin Du, Oregon State University
Julien Hubert, Oregon State University
O. Burkan Isgor, Oregon State University
W. Jason Weiss, Oregon State University
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Waste Eggshell Valorization as Limestone Alternative for Portland Cement
Beng Wei Chong, Texas State University
Pratik Gujar, Texas State University
Xijun Shi, Texas State University
Prannoy Suraneni, University of Miami
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