Bibliographic citations
Rojas, A., Huaraya, K. (2023). Análisis numérico por el método viscoelástico lineal para determinar la fuerza de los golpeteos sísmicos entre edificios adyacentes de concreto armado en Lima Centro [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/671073
Rojas, A., Huaraya, K. Análisis numérico por el método viscoelástico lineal para determinar la fuerza de los golpeteos sísmicos entre edificios adyacentes de concreto armado en Lima Centro [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2023. http://hdl.handle.net/10757/671073
@misc{renati/411633,
title = "Análisis numérico por el método viscoelástico lineal para determinar la fuerza de los golpeteos sísmicos entre edificios adyacentes de concreto armado en Lima Centro",
author = "Huaraya Quiñones, Katerine Zoraida",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2023"
}
The present research work performs the Modal Spectral Analysis and Time History Analysis of three adjacent buildings with the objective of quantifying the Impact Force that affects the intermediate building. The theory of the linear viscoelastic method is used, which uses as input data the displacements, maximum speeds and period of each building to calculate the impact forces for each Level of the intermediate Building. The theoretical basis is based on the initial Theory of the Impact collision of two objects. The stereomechanical theory analyzes the speed values of the structural elements before the collision (Coefficient of restitution), which explains the dissipation of energy due to the main consequences of impacts: Plastic deformations, local cracks and friction. In the present case, the Modal Response Spectrum Analysis is carried out with an inelastic design spectrum prepared based on the Technical Building Standard E 030 Earthquake-resistant Design. Likewise, the Linear Time History Analysis was carried out using the maximum ground accelerations of the most important seismic records in Peru (Years 1960, 1070 and 1974). Building 1, building 2 and building 3 have heights of 14.3 m, 14.3 m and 12.1 meters and have 5 levels, 5 levels and 4 levels, respectively. The maximum impact force for the intermediate building occurs at the fourth level with an impact force of 16.66 Ton-F.
This item is licensed under a Creative Commons License