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Cocowood Fibrovascular Tissue System—Another Wonder of Plant Evolution
OtherAbstract: The coconut palm (Cocos nucifera L.) stem tissue (referred to as cocowood in this study) is a complePalabras claves:Autores:Oswaldo Mauricio González MosqueraFuentes:googleCompressive strength and stiffness of senile coconut palms stem green tissue
OtherAbstract: The mechanical efficiency of a plant to resist external forces such as gravity (biomass), wind and rPalabras claves:Autores:Oswaldo Mauricio González MosqueraFuentes:googleAn engineering approach to understand senile coconut palms as foundation for biomimetic applications
OtherAbstract:Palabras claves:Autores:Oswaldo Mauricio González MosqueraFuentes:googleEstimation of the Dynamic Elastic Properties and Energy Dissipation Capacity of Wood from Ochroma Pyramidale (Balsa)
Conference ObjectAbstract: The research of this paper aims at understanding, from an engineering perspective, the optimized mecPalabras claves:balsa, density, Dynamic properties, Energy dissipationAutores:Andrea López López, Andrés García, Christian Narváez-Muñoz, Edison E. Haro, EDISON EDUARDO HARO ALBUJA, Luis Javier Segura, O. M. Gonzalez, Oswaldo Mauricio González MosqueraFuentes:googlescopusInfluence of density distribution on the mechanical efficiency of coconut stem green tissues
Conference ObjectAbstract: The research that constitutes this paper is part of a series of publications that aim at understandiPalabras claves:Basic density, Cocowood (coconut stem green tissue), compressive strength, Mechanical efficiency, Mechanical properties, performance index, stiffnessAutores:Nguyen K.A., O. M. Gonzalez, Oswaldo Mauricio González MosqueraFuentes:googlescopusMechanical Efficiency and Biomechanical Performance of Innovative Sandwich-Like Composite Wall Biopanels-A Structural Alternative for Constructions in High-Risk Seismic and …
OtherAbstract: The great potentials of wood species have not yet been fully tapped in Ecuador in order to propose fPalabras claves:Autores:Oswaldo Mauricio González MosqueraFuentes:googleMechanical efficiency and bending capacity of senile coconut palm stems: a 3D finite element approach
OtherAbstract: The research that constitutes this paper is part of a series of publications that aim at understandiPalabras claves:Autores:Oswaldo Mauricio González MosqueraFuentes:googleInnovative bio-composite sandwich wall panels made of coconut bidirectional external veneers and balsa lightweight core as alternative for eco-friendly and structural building …
OtherAbstract: The research that constitutes this paper is based on a series of publications that aimed at understaPalabras claves:Autores:Oswaldo Mauricio González MosqueraFuentes:googleInnovative sandwich-like composite biopanels–towards a new building biomaterials concept for structural applications in nonconventional building systems
ArticleAbstract: Redirecting the actual construction industry, which is one of the major sources of global pollution,Palabras claves:biomaterial mechanical characterization and efficiency, biomechanics and structural analysis, DENDROCALAMUS ASPER, Engineered wood products, finite element analysis, Gmelina arborea, Ochroma pyramidaleAutores:Andrés García, Guachambala M., José Francisco Navas, O. M. Gonzalez, Oswaldo Mauricio González MosqueraFuentes:googlescopusSenile coconut palm hierarchical structure as foundation for biomimetic applications
Conference ObjectAbstract: Superior to hardwood and softwood trees, coconut palms are able to withstand extreme weather conditiPalabras claves:Biomimetic, Cocowood, Density distribution, Fibre orientation, hierarchical structureAutores:Bailleres H., Gilbert B., Guan H., O. M. Gonzalez, Oswaldo Mauricio González MosqueraFuentes:googlescopus