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Nonlinear FEM Analysis of the Steel-Liner Reinforced Concrete Penstock Considering Softening Effect

Wu, Hai Lin / Qin, Shi He / Du, Xiao Fan / Li, Qun

In combination with the practice of a hydropower station steel-liner reinforced concrete penstock, the finite element model is established to analyze bearing characteristics of the penstock. In the paper, cracking behaviors of the surrounding concrete as well as stresses of the steel liner and reinforcement under normal water pressure are intensively studied based on the model test. The results can provide the basis for the safety operation of the steel-liner reinforced concrete penstock.

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Nonlinear FEM Analysis of the Steel-Liner Reinforced Concrete Penstock Considering Softening Effect

Wu, Hai Lin / Qin, Shi He / Du, Xiao Fan / Li, Qun

In combination with the practice of a hydropower station steel-liner reinforced concrete penstock, the finite element model is established to analyze bearing characteristics of the penstock. In the paper, cracking behaviors of the surrounding concrete as well as stresses of the steel liner and reinforcement under normal water pressure are intensively studied based on the model test. The results can provide the basis for the safety operation of the steel-liner reinforced concrete penstock.

Nonlinear FEM Analysis of the Steel-Liner Reinforced Concrete Penstock Considering Softening Effect

Wu, Hai Lin / Qin, Shi He / Du, Xiao Fan / Li, Qun

In combination with the practice of a hydropower station steel-liner reinforced concrete penstock, the finite element model is established to analyze bearing characteristics of the penstock. In the paper, cracking behaviors of the surrounding concrete as well as stresses of the steel liner and reinforcement under normal water pressure are intensively studied based on the model test. The results can provide the basis for the safety operation of the steel-liner reinforced concrete penstock.

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Titel:

Nonlinear FEM Analysis of the Steel-Liner Reinforced Concrete Penstock Considering Softening Effect

Beteiligte:

Wu, Hai Lin / Qin, Shi He / Du, Xiao Fan / Li, Qun

Erschienen in:

Applied Mechanics and Materials ; 212-213 ; 951-956

Erscheinungsdatum:

26.10.2012

Format / Umfang:

6 pages

ISSN:

1662-7482 , 1660-9336

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.212-213.951

Medientyp:

Aufsatz (Zeitschrift)

Format:

Elektronische Ressource

Sprache:

Englisch

Schlagwörter:

Model Test , Tension Softening , ABAQUS , Steel-Liner Reinforced Concrete Penstock

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