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Assessment of the Thermal Shock Resistance Figures of Merit of Al<inf>2</inf>W<inf>3</inf>O<inf>12</inf>, a Low Thermal Expansion Ceramic
ArticleAbstract: Zero thermal expansion phases from the A2M3O12 and related thermomiotic (negative thermal expansion)Palabras claves:Autores:Avillez R.R., Johnson M.B., Marco Vinicio Guamán Alarcón, Marinkovic B.A., Patricia I. Pontón, Prisco L.P., Romao C.P., White M.A.Fuentes:scopusData on phase and chemical compositions of black sands from “El Ostional” beach situated in Mompiche, Ecuador
OtherAbstract: Data revealing the phase and chemical compositions of natural black sands from “El Ostional” beach,Palabras claves:Ferrotitaniferous sands, Ilmenite-hematite solid solution, Sem, XRF, XRPDAutores:Dosen A., Karina J. Lagos, Marco Vinicio Guamán Alarcón, Marinkovic B.A., Pardo E., Patricia I. Pontón, Victor H. GuerreroFuentes:scopusData supporting micromechanical models for the estimation of Young's modulus and coefficient of thermal expansion of titanate nanotube/Y<inf>2</inf>W<inf>3</inf>O<inf>12</inf>/HDPE ternary composites
OtherAbstract: This article presents several micromechanical models to pbkp_redict the Young's modulus and the coefPalabras claves:Coefficient of thermal expansion, Elastic constants, Micromechanics, Thermomiotics, Three-phase composites, Titanate nanostructureAutores:Johnson M.B., Marco Vinicio Guamán Alarcón, Marinkovic B.A., Patricia I. Pontón, White M.A., Yamada K.Fuentes:scopusApplication of Ecuadorian Ferrotitaniferous Sands in Reinforcing Epoxy Composites
Conference ObjectAbstract: Ecuadorian ferrotitaniferous sands (FS), an abundant natural resource, can be considered as promisinPalabras claves:Black mineral sands, Low cost fillers, Mechanical propertiesAutores:Alex Tamayo-Aguilar, Katherine Aguinzaca, Marco Vinicio Guamán Alarcón, Patricia I. Pontón, Victor H. GuerreroFuentes:scopusMechanical properties of amine-cured epoxy composites reinforced with pristine protonated titanate nanotubes
ArticleAbstract: Inorganic nanotubes are promising fillers for polymer composites. Among them, pristine protonated tiPalabras claves:Layered nanostructures, Mechanical properties, Micromechanical models, Polymer-Matrix CompositesAutores:Alex Tamayo-Aguilar, Costa C.A., Karina J. Lagos, Marco Vinicio Guamán Alarcón, Marinkovic B.A., Nascimento C.R., Patricia I. Pontón, Victor H. GuerreroFuentes:scopusUse of the stress gradient factor to estimate fatigue stress concentration factors K<inf>f</inf>
ArticleAbstract: Stress concentration effects in unavoidable notches reduce fatigue strengths and lives of most strucPalabras claves:Fracture mechanics, Notch factor, Stress concentration factor, Stress gradient factorAutores:Antunes M.A., de Oliveira Miranda A.C., Marco Vinicio Guamán Alarcón, Meggiolaro M.A., Pinho de Castro J.T.Fuentes:scopusThe effect of titanate nanotube/Y<inf>2</inf>W<inf>3</inf>O<inf>12</inf> hybrid fillers on mechanical and thermal properties of HDPE-based composites
ArticleAbstract: Hybrid fillers have triggered significant research in the field of polymer-based composites becausePalabras claves:Micromechanics, Ternary composite, thermal conductivity, Thermomiotics, Titanate nanostructureAutores:Costa A.M.L.M., Johnson M.B., Marco Vinicio Guamán Alarcón, Marinkovic B.A., Pandoli O., Patricia I. Pontón, White M.A., Yamada K.Fuentes:scopus