Analysis of the Structural Behavior of Flat and Circular Self-supporting Roof Using Finite Elements

David Patricio Guerrero Cuasapaz; Milton Bolivar Guerron Figueroa; Jose Luis Pilamunga Guallpa; Cristhian Daniel Paez Redrovan; Nelson Andres Lopez Machado

doi:10.46925//rdluz.36.15

Analysis of the Structural Behavior of Flat and Circular Self-supporting Roof Using Finite Elements

Título traducido de la contribución: Análisis del Comportamiento Estructural de Cubiertas Autoportantes Planas y Circulares por Elementos Finitos

David Patricio Guerrero Cuasapaz, Milton Bolivar Guerron Figueroa, Jose Luis Pilamunga Guallpa, Cristhian Daniel Paez Redrovan, Nelson Andres Lopez Machado

Grupo de Investigación de la Carrera de Ingenieria Civil (GICIV)

Producción científica: Contribución a una revista › Artículo

Resumen

El desarrollo e innovación de la Ciencia, específicamente en la rama de la construcción en la Ingeniería Civil, ha llevado a la implementación de nuevas alternativas en el análisis, diseño y construcción de edificios industriales. Por esta razón, en esta investigación se propuso realizar un estudio del comportamiento estructural de dos tipos de cubiertas autoportantes plana y circular, las cuales fueron analizadas utilizando herramientas computacionales de simulación mediante elementos finitos, en las que inicialmente se modeló completamente la estructura conformada por columnas, vigas y láminas de acero con sección transversal equivalente, que conformaban las cubiertas autoportantes; luego se discretizaron sólo las láminas de acero con sección transversal real, y se observó que en los extremos se encontraban los mayores esfuerzos generados por la aplicación de cargas horizontales y verticales; y el desplazamiento máximo de la cubierta circular fue del 14. 32% de la plana.

Título traducido de la contribución	Análisis del Comportamiento Estructural de Cubiertas Autoportantes Planas y Circulares por Elementos Finitos
Idioma original	Inglés estadounidense
Páginas (desde-hasta)	222-240
Número de páginas	19
Publicación	Revista de la Universidad del Zulia
Volumen	13
N.º	13
DOI	https://doi.org/10.46925//rdluz.36.15
Estado	Publicada - 13 ene. 2022

Palabras clave

Cubierta autoportante
Diseño estructural
Ingeniería de la construcción
Peso

Areas de Conocimiento del CACES

237A Construcción e ingeniería civil

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10.46925//rdluz.36.15

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title = "Analysis of the Structural Behavior of Flat and Circular Self-supporting Roof Using Finite Elements",

abstract = "The development and innovation of Science, specifically in the branch of construction in Civil engineering, has led theimplementation of new alternatives in analysis, design and construction of industrial buildings. For this reason, in this research it was proposed to carry out a study of structural behavior of two types of self-supporting roofs: flat and circular, which were analyzed using computational tools for simulation through finite elements, in which initially the structure made up of columns, beams and steel sheets was completely modeled with an equivalent cross section, which made up the self-supporting roofs; then only the steel sheets with real cross section were discretized, and it was noted that in the extremes were the greatest stresses generated by the application of horizontal and vertical loads; and the maximum displacement of the circular roof was 14.32% of the flat one.",

keywords = "Cubierta autoportante, Dise{\~n}o estructural, Ingenier{\'i}a de la construcci{\'o}n, Peso, Cubierta autoportante, Dise{\~n}o estructural, Ingenier{\'i}a de la construcci{\'o}n, Peso",

author = "{Guerrero Cuasapaz}, {David Patricio} and {Guerron Figueroa}, {Milton Bolivar} and {Pilamunga Guallpa}, {Jose Luis} and {Paez Redrovan}, {Cristhian Daniel} and {Lopez Machado}, {Nelson Andres}",

year = "2022",

month = jan,

day = "13",

doi = "10.46925//rdluz.36.15",

language = "English (US)",

volume = "13",

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journal = "Revista de la Universidad del Zulia",

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T1 - Analysis of the Structural Behavior of Flat and Circular Self-supporting Roof Using Finite Elements

AU - Guerrero Cuasapaz, David Patricio

AU - Guerron Figueroa, Milton Bolivar

AU - Pilamunga Guallpa, Jose Luis

AU - Paez Redrovan, Cristhian Daniel

AU - Lopez Machado, Nelson Andres

PY - 2022/1/13

Y1 - 2022/1/13

N2 - The development and innovation of Science, specifically in the branch of construction in Civil engineering, has led theimplementation of new alternatives in analysis, design and construction of industrial buildings. For this reason, in this research it was proposed to carry out a study of structural behavior of two types of self-supporting roofs: flat and circular, which were analyzed using computational tools for simulation through finite elements, in which initially the structure made up of columns, beams and steel sheets was completely modeled with an equivalent cross section, which made up the self-supporting roofs; then only the steel sheets with real cross section were discretized, and it was noted that in the extremes were the greatest stresses generated by the application of horizontal and vertical loads; and the maximum displacement of the circular roof was 14.32% of the flat one.

AB - The development and innovation of Science, specifically in the branch of construction in Civil engineering, has led theimplementation of new alternatives in analysis, design and construction of industrial buildings. For this reason, in this research it was proposed to carry out a study of structural behavior of two types of self-supporting roofs: flat and circular, which were analyzed using computational tools for simulation through finite elements, in which initially the structure made up of columns, beams and steel sheets was completely modeled with an equivalent cross section, which made up the self-supporting roofs; then only the steel sheets with real cross section were discretized, and it was noted that in the extremes were the greatest stresses generated by the application of horizontal and vertical loads; and the maximum displacement of the circular roof was 14.32% of the flat one.

KW - Cubierta autoportante

KW - Diseño estructural

KW - Ingeniería de la construcción

KW - Peso

KW - Cubierta autoportante

KW - Diseño estructural

KW - Ingeniería de la construcción

KW - Peso

UR - https://www.produccioncientificaluz.org/index.php/rluz/article/view/37554/41171

U2 - 10.46925//rdluz.36.15

DO - 10.46925//rdluz.36.15

M3 - Article

SN - 0041-8811

VL - 13

SP - 222

EP - 240

JO - Revista de la Universidad del Zulia

JF - Revista de la Universidad del Zulia

IS - 13

ER -

Analysis of the Structural Behavior of Flat and Circular Self-supporting Roof Using Finite Elements

Resumen

Palabras clave

Areas de Conocimiento del CACES

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Huella

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