Métodos y Materiales ISSN Impreso: 2215-342X ISSN electrónico: 2215-4558

OAI: https://revistas.ucr.ac.cr/index.php/materiales/oai
The use of a Method for Structural Design of Ring-Girders used in Penstocks
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Supplementary Files

Figura 1. Viga-anillo soldada a la tubería (Español (España))
Figura 2. Vista frontal de la viga-anillo (Español (España))
Figura 3. Área de la viga-anillo y de la pared de la tubería confinada dentro del ancho b (Español (España))
Figura 4. Interfaz de ingreso de datos de entrada al programa (Español (España))
Figura 5. Presentación de los resultados del programa para una montura en específico (Español (España))

Keywords

Tubería a presión expuesta
acero
viga-anillo
combinaciones de cargas
condición normal de operación
esfuerzos internos
programa
Exposed penstock
steel
ring-girder
load combinations
normal operation condition
internal stresses
spreadsheet

How to Cite

Aguilera Chaves, M. G., Arce Aita, G., & Vargas Araya, T. (2018). The use of a Method for Structural Design of Ring-Girders used in Penstocks. Métodos Y Materiales, 7(1), 29–39. https://doi.org/10.15517/mym.v7i1.30672

Abstract

The methodology that calculates the internal stresses on a penstock shell restrained by a rigid ring girder was developed since the 1930’s, however, its automatization has not been implemented by commercial use software due to its complexity. This projectintends to automate one methodology to calculate the internal stresses on a steel penstock shellrestrained bya ring-girder. A penstock under normal operation condition, this is apipe full of water under pressure, was analyzed. A calculating tool was produced using EXCEL 2016 and Mathcad 10, for calculating the internal stresseson the penstock’s ring girder cross sections. The tool doesn’t consider the earthquake loading conditions.

https://doi.org/10.15517/mym.v7i1.30672
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References

Aguilera, M. (2017). Automatización de una metodología para el diseño estructural de monturas tipo viga-anillo en tuberías a presión expuestas de acero. (Tesis de grado). Universidad de Costa Rica.

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American Water Works Association (AWWA). (2004). M11 Manual: A steel penstocks guide for design and installation (4ta ed. en inglés). Dénver: AWWA.

Chang, D. (1980). Ring girder modelling and stress evaluation utilizing eccentric beams. NUTECH.

Chuan Peng, L., & Loong Peng, T. (2009). Pipe stress engineering. Houston, Texas: ASME PRESS.

Garrett, G. (1948).Design of long-span self supporting steel pipe. American Water Works Association Journal, 40(11), 1197-1206.

Hydraulic Gate and Penstock Association. (1981). Technical standards for gates and penstocks. Japón.

Moss, D., & Basic, M. (2013). Pressure vessel design manual (4ta ed. inglés). Inglaterra: Elsevier.

Troitsky, M. (1990). Tubular steel structures (2da ed. en inglés). The James Lincoln Arc Foundation.

United States Bureau of Reclamation (USBR). (1986). Engineering monograph No. 3: Welded steel penstocks. Dénver: USBR.

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