• Navegar
    • Login
    View Item 
    •   DSpace Home
    • Trabajos de grado
    • Pregrados
    • Arquitectura
    • View Item
    •   DSpace Home
    • Trabajos de grado
    • Pregrados
    • Arquitectura
    • View Item
    JavaScript is disabled for your browser. Some features of this site may not work without it.

    Sistema laminado en guadua prensada para muros construidos en tapia pisada

    Thumbnail
    View/Open
    EmersonCardozo_Sistema_Laminado_Guadua.pdf (Trabajo de grado) (1.772Mb)
    EmersonCardozo_RAE.pdf (Carta de autorización) (690.2Kb)

    Date

    2017

    Author

    Cardozo Vargas, Emerson

    Título obtenido

    Arquitecto(a)

    Director de tesis

    Cifuentes Villalobos, Nelson Ricardo

    Publicador

    Universidad La Gran Colombia

    Facultad

    Arquitectura

    Programa

    Arquitectura

    Citación

           
    Share
    TY - GEN T1 - Sistema laminado en guadua prensada para muros construidos en tapia pisada AU - Cardozo Vargas, Emerson Y1 - 2017 UR - http://hdl.handle.net/11396/4378 PB - Universidad La Gran Colombia AB - The use of ground as a basic material in the construction dates from the very origins of man when he saw the need to develop shelters and shelter against inclement weather and natural hazards in their environment. The land has characteristics such as thermal and acoustic ideal for housing construction capacity, which is why this research proposes the construction of rammed earth walls using wooden forms recycled-plastic facades and permanent confinement in bamboo laminar compressed, which would function as structural alternative endorsed at the G-10 NSR chapter. The construction of such walls or modules contribute to an improvement in the vernacular type construction systems that it has disappeared almost completely, this being an ecological and sustainable construction and its development sheds low levels of carbon footprint governed by the rule ISO 14064. This construction process takes into account characteristics such as density, strength, compressibility, waste and economic feasibility, expanding the range of viable building systems and simple to carry out in any rural region of Colombia. ER - @misc{11396_4378, author = {Cardozo Vargas Emerson}, title = {Sistema laminado en guadua prensada para muros construidos en tapia pisada}, year = {2017}, abstract = {The use of ground as a basic material in the construction dates from the very origins of man when he saw the need to develop shelters and shelter against inclement weather and natural hazards in their environment. The land has characteristics such as thermal and acoustic ideal for housing construction capacity, which is why this research proposes the construction of rammed earth walls using wooden forms recycled-plastic facades and permanent confinement in bamboo laminar compressed, which would function as structural alternative endorsed at the G-10 NSR chapter. The construction of such walls or modules contribute to an improvement in the vernacular type construction systems that it has disappeared almost completely, this being an ecological and sustainable construction and its development sheds low levels of carbon footprint governed by the rule ISO 14064. This construction process takes into account characteristics such as density, strength, compressibility, waste and economic feasibility, expanding the range of viable building systems and simple to carry out in any rural region of Colombia.}, url = {http://hdl.handle.net/11396/4378} }RT Generic T1 Sistema laminado en guadua prensada para muros construidos en tapia pisada YR 2017 LK http://hdl.handle.net/11396/4378 PB Universidad La Gran Colombia AB The use of ground as a basic material in the construction dates from the very origins of man when he saw the need to develop shelters and shelter against inclement weather and natural hazards in their environment. The land has characteristics such as thermal and acoustic ideal for housing construction capacity, which is why this research proposes the construction of rammed earth walls using wooden forms recycled-plastic facades and permanent confinement in bamboo laminar compressed, which would function as structural alternative endorsed at the G-10 NSR chapter. The construction of such walls or modules contribute to an improvement in the vernacular type construction systems that it has disappeared almost completely, this being an ecological and sustainable construction and its development sheds low levels of carbon footprint governed by the rule ISO 14064. This construction process takes into account characteristics such as density, strength, compressibility, waste and economic feasibility, expanding the range of viable building systems and simple to carry out in any rural region of Colombia. OL Spanish (121)
    Gestores bibliográficos
    Refworks
    Zotero
    BibTeX
    CiteULike

    Palabras clave

    Tapia pisada
    Guadua laminar
    Sostenible
    Arquitectura popular
    Materiales de construcción - Adobe
    Vivienda
    Casas ecológicas
    Materiales de construcción - Bambú
    Metadata
    Show full item record

    Abstract

    El uso de la tierra como material básico en la construcción se remonta desde los mismos orígenes del hombre cuando vio la necesidad de desarrollar refugios como resguardo ante las inclementes amenazas climáticas y naturales de su entorno. La tierra posee características como su capacidad térmica y acústica ideales para la construcción de viviendas, razón por la cual la presente investigación propone la construcción de muros en tapia pisada utilizando encofrados en guadua laminada prensada como fachadas las cuales funcionaria como alternativa estructural avaladas en el capítulo G del NSR-10 y protección del mismo en cuanto al deterioro por humedad y desintegración por erosión. La construcción de este tipo de muros con el sistema modular de guadua laminada contribuiría a un mejoramiento de los sistemas constructivos tipo vernácula que hoy día ha desaparecido casi por completo, siendo este una construcción ecológica y sostenible ya que su desarrollo arroja bajos índices de huella de carbono regidas por la norma ISO 14064. Este proceso de construcción tiene en cuenta características como la densidad, resistencia, compresión, residuos y viabilidad económica, ampliando así el abanico de sistemas constructivos viables y sencillos de llevar acabo en cualquier región rural de Colombia.

    Abstract

    The use of ground as a basic material in the construction dates from the very origins of man when he saw the need to develop shelters and shelter against inclement weather and natural hazards in their environment. The land has characteristics such as thermal and acoustic ideal for housing construction capacity, which is why this research proposes the construction of rammed earth walls using wooden forms recycled-plastic facades and permanent confinement in bamboo laminar compressed, which would function as structural alternative endorsed at the G-10 NSR chapter. The construction of such walls or modules contribute to an improvement in the vernacular type construction systems that it has disappeared almost completely, this being an ecological and sustainable construction and its development sheds low levels of carbon footprint governed by the rule ISO 14064. This construction process takes into account characteristics such as density, strength, compressibility, waste and economic feasibility, expanding the range of viable building systems and simple to carry out in any rural region of Colombia.
    URI
    http://hdl.handle.net/11396/4378
    Collections
    • Arquitectura [829]
    Guías de uso Guía de autoarchivoCarta de autorización de publicación

    Browse

    All of DSpaceCommunities & CollectionsBy Issue DateAuthorsTitlesSubjectsThis CollectionBy Issue DateAuthorsTitlesSubjects

    My Account

    LoginRegister
    Universidad La Gran colombia
    Universidad La Gran Colombia - Biblioteca
    Biblioteca UGC - Koha
    Creative Commons

     


    Universidad La Gran Colombia - Bogotá D.C. Colombia.
    Cra 6 No. 12B - 40. PBX: 3276999
    DSpace software copyright © 2002-2016  DuraSpace
    Contact Us | Send Feedback