Bibliographic citations
Sagástegui, D., (2022). Estudio de integridad estructural de una embarcación fluvial empleando fibra de Ichu (Stipa obtusa) mediante un análisis multifísico de interacción fluido-estructura [Tesis, Universidad Nacional de Ingeniería]. http://hdl.handle.net/20.500.14076/23021
Sagástegui, D., Estudio de integridad estructural de una embarcación fluvial empleando fibra de Ichu (Stipa obtusa) mediante un análisis multifísico de interacción fluido-estructura [Tesis]. PE: Universidad Nacional de Ingeniería; 2022. http://hdl.handle.net/20.500.14076/23021
@misc{renati/712315,
title = "Estudio de integridad estructural de una embarcación fluvial empleando fibra de Ichu (Stipa obtusa) mediante un análisis multifísico de interacción fluido-estructura",
author = "Sagástegui Calderón, David Orlando",
publisher = "Universidad Nacional de Ingeniería",
year = "2022"
}
In recent years, plastic and/or synthetic compounds have been used in different industries; however, its high demand in structures and products has caused this material to become a problem of interest, since it is causing natural ecosystems to be altered, including aquatic ecosystems, which are being contaminated with microplastics that they are ingested by aquatic species or contaminating said spaces through the process of contamination by deposition. In this present research work, a natural composite material reinforced with Ichu fiber is proposed as an alternative construction material in the Naval industry. This type of fiber comes from the mountains of Peru and Bolivia, and has been the subject of research due to its excellent mechanical and thermal properties. A river vessel from the Amazon of Peru has been used, which is scantling with the proposed material, subsequently a multiphysical analysis of the vessel is carried out, from which the pressures to which the vessel is subjected to a similar sailing environment will be obtained until where it would be operating, with which a structural analysis is carried out and the results of the deformation fields, stress fields and the values of the failure indicators according to the Hashin fracture criterion are found, which will allow concluding if the proposed material presents a correct behavior to be considered as an alternative to synthetic materials.
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