Bibliographic citations
Collantes, E., (2016). Ensayo de resistencia por acciones perpendiculares al plano para verificar lo estipulado en la norma E.070 de albañileria para la propuesta estructural de un muro diseñado con fines arquitectónicos [Tesis, Universidad Privada Antenor Orrego - UPAO]. https://hdl.handle.net/20.500.12759/3530
Collantes, E., Ensayo de resistencia por acciones perpendiculares al plano para verificar lo estipulado en la norma E.070 de albañileria para la propuesta estructural de un muro diseñado con fines arquitectónicos [Tesis]. : Universidad Privada Antenor Orrego - UPAO; 2016. https://hdl.handle.net/20.500.12759/3530
@misc{renati/376666,
title = "Ensayo de resistencia por acciones perpendiculares al plano para verificar lo estipulado en la norma E.070 de albañileria para la propuesta estructural de un muro diseñado con fines arquitectónicos",
author = "Collantes Yupanqui, Ewdis Marlon",
publisher = "Universidad Privada Antenor Orrego - UPAO",
year = "2016"
}
Fences and masonry parapets work to seismic load perpendicular to it’s plane. When these elements lack bracing or reinforcement structure, pouring end to earthquakes. It has even been found that vertical bracing made of simple concrete (unreinforced), mochetas or simple masonry are not effective to withstand the quake. These bracings or reinforcements should be designed according to DESIGN BY PLANE PERPENDICULAR TO ACTIONS OF A WALL, here the main foundations and assumptions of the Standard E. 070 and Chapter 9 presents: ““Design by orthogonal loads to the wall““ in relation to the structural design actions perpendicular to the plane of the nonbearing masonry walls, specifically Article 29.6. Modern architecture and the increasingly demanding architectural designs require us to perform tests of various types according to the requests of each project, to provide security both in the construction process and the final product, it is for this reason that it is necessary the test for resistance to lateral loads of a wall designed for architectural purposes to provide and safeguard the physical integrity of persons.
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