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ASME International Mechanical Engineering Congress and Exposition, Proceedings (IMECE)(1)
Case Studies in Construction Materials(1)
Clay Minerals(1)
Construction and Building Materials(1)
European Journal of Environmental and Civil Engineering(1)
Comparative mechanical properties of conventional concrete mixture and concrete incorporating mining tailings sands
ArticleAbstract: This work examines the mechanical properties of mining tailing sands in conventional concrete mixturPalabras claves:Aggregates, compressive strength, Conventional concrete, Fresh concrete, Mining tailingsAutores:Ariel Riofrio, Flores‐rada J., Haci Baykara, Mauricio Heriberto Cornejo, Natividad Troncoso-Garcia, Tinoco-Hidalgo M.Fuentes:scopusApplication-oriented mix design optimization and characterization of zeolite-based geopolymer mortars
ArticleAbstract: In the present study, geopolymer mortar samples (ZGM) were prepared based on natural zeolites in whiPalabras claves:Alkaline activation, compressive strength, Corrosion inhibitor, Geopolymer mortar, natural zeoliteAutores:Andrés Rigail-Cedeño, Cecilia A. Paredes, Haci Baykara, José Luís Villalba, Mauricio Heriberto Cornejo, Néstor Ulloa AuquiFuentes:googlescopusEffects of Recycled Rubber Particles Incorporated as Partial Sand Replacement on Fresh and Hardened Properties of Cement-Based Concrete: Mechanical, Microstructural and Life Cycle Analyses
ArticleAbstract: Cement is one of the most valuable materials in today’s society, as it is used in most constructionPalabras claves:Life cycle assessment, Mechanical properties, rubber concrete, rubber particlesAutores:Ariel Riofrio, Flores‐rada J., Haci Baykara, Mauricio Heriberto Cornejo, Natividad Troncoso-Garcia, Samantha Acosta-Calderon, Vargas-Moreno K.Fuentes:googlescopusHydration and strength evolution of air-cured zeolite-rich tuffs and siltstone blended cement pastes at low water-to-binder ratio
ArticleAbstract: This contribution is the second part of an in-depth study on the hydration and strength evolution ofPalabras claves:Air curing, Natural zeolites, Pozzolanic reaction, Quantitative X-ray diffractionAutores:Cecilia A. Paredes, Elsen J., Haci Baykara, Mauricio Heriberto CornejoFuentes:googlescopusHydration process of zeolite-rich tuffs and siltstone-blended cement pastes at low W/B ratio, under wet curing condition
ArticleAbstract: An extensive study in blended cement pastes that comprised two different experimental settings was cPalabras claves:Pozzolanic reactionAutores:Cecilia A. Paredes, Elsen J., Haci Baykara, Mauricio Heriberto CornejoFuentes:googlescopusPREPARATION OF HYBRID ALKALINE CEMENT BASED ON NATURAL ZEOLITE AS SUSTAINABLE BUILDING MATERIAL
Conference ObjectAbstract: Alkaline hybrid type cement is an interesting multicomponent system that incorporates a high contentPalabras claves:Autores:Cecibel Freré-Cárdenas, Haci Baykara, Juan Garcés, Julio Torres-Monroy, Mauricio Heriberto Cornejo, Natividad Troncoso-Garcia, Walter CorreaFuentes:googlescopusPreparation, characterization and reaction kinetics of green cement: Ecuadorian natural mordenite-based geopolymers
ArticleAbstract: This study was carried out to develop geopolymers derived from mordenite-rich tuffs. First the synthPalabras claves:compressive strength, Geopolymers, Mordenite, Reaction kineticsAutores:Andrea Gavilanes, Cecilia A. Paredes, Elsen J., Haci Baykara, Mauricio Heriberto Cornejo, Roberto MurilloFuentes:scopusPreparation, characterization, and evaluation of compressive strength of polypropylene fiber reinforced geopolymer mortars
ArticleAbstract: The study of the fiber-matrix interface represents a crucial topic to determine the mechanical perfoPalabras claves:Alkali-activated mortars, Civil Engineering, compressive strength, environmental pollution, Materials application, Materials characterization, Materials class, Materials mechanics, Materials property, Materials structure, Materials synthesis, natural zeolite, POLYPROPYLENE FIBER, ReinforcementAutores:Andrés Espinoza Espinoza, Enriqueta García, Haci Baykara, Mauricio Heriberto Cornejo, Néstor Ulloa AuquiFuentes:googlescopusThermomechanical treatment of two Ecuadorian zeolite-rich tuffs and their potential usage as supplementary cementitious materials
ArticleAbstract: Two Ecuadorian zeolite-rich tuffs, coded as Zeo1 (Mordenite) and Zeo2 (Clinoptilolite-Heulandite-MorPalabras claves:Hydration process, Natural zeolites, Pozzolanic reaction, Thermomechanical treatmentAutores:Cecilia A. Paredes, Elsen J., Haci Baykara, Mauricio Heriberto CornejoFuentes:scopus