Panel prefabricado de guadua-acero-mortero microvibrado con ceniza de cáscara de arroz para vivienda de interés social = Prefabricated panel of guadua-steel-mortar microvibrated with rice husk ash for social interest housing
Byron Sebastian Almeida, Eugenia Muscio, Lindthon Iparreño, Jesús Anaya
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引用次数: 1
Abstract
Resumen Este estudio muestra un sistema constructivo alternativo para Vivienda de Interes Social (VIS). Su aplicacion ha sido prevista para la ciudad de Guayaquil pero con potencial para ser replicada a nivel de la costa ecuatoriana con el objetivo de disminuir el deficit habitacional actual en el pais. El resultado es un sistema prefabricado modular a base de una tipologia de panel machihembra-do de 4cm de espesor, que combina las propiedades de la Guadua angustifolia kunth empleada como esterilla, con el mortero con Ceniza de Cascara de Arroz reforzado con una malla electrosoldada de acero de 5.5 mm y 20 cm de separacion. El mortero ha sido microvibrado en una mesa equipada con un motor de 3500 RPM y contrapeso excentrico de 30 gr con el objetivo de mejorar la adherencia del mortero a la esterilla y evitar fisuras. Abstract This study shows an alternative constructive system for Social Interaction Housing (VIS). Its application has been planned for the city of Guayaquil but with the potential to be replicated at the level of the Ecuadorian coast with the aim of reducing the current housing deficit in the country. The result is a modular prefabricated system based on a 4 cm thick tongue-and-groove type panel, which combines the properties of the Guadua angustifolia kunth used as a mat, with the mortar with Ash of Rice Shell reinforced with an electrowelded mesh of 5.5 mm steel and 20 cm separation. The mortar has been microvibrated in a table equipped with a 3500 RPM motor and 30 gr eccentric counterweight to improve the adhesion of the mortar to the mat and to avoid fissures.
总结这项研究表明兴趣社会建设性替代住房系统(VIS)。它的应用计划在瓜亚基尔市,但有可能在厄瓜多尔海岸复制,以减少该国目前的住房赤字。结果是一个模块化预制系统为基础的仪表板tipologia machihembra-do 4cm厚的属性,结合Guadua angustifolia kunth鞋垫,使用与灰浆渣Cascara稻米强化网格electrosoldada 5.5毫米和20厘米的钢管分离。砂浆在配备3500 RPM电机和30克偏心配重的工作台中进行微振动,以提高砂浆与垫的附着力,避免开裂。本研究提出了一种社会互动住房的替代建设性系统。它计划在瓜亚基尔市实施,但有可能在厄瓜多尔海岸复制,目的是减少该国目前的住房短缺。模块化的原因是prefabricated system based on a 4厘米thick, which combines The properties面板tongue-and-groove type of The Guadua angustifolia kunth用来作为mat, with The灰浆with灰赖斯Shell加强with an electrowelded mesh separation of 5.5 mm steel and 20 cm。The灰浆has been microvibrated in a table with a 3500 RPM前照灯的引擎和30克eccentric counterweight改善adhesion of The灰浆to The mat and to避免fissures。