Title of article :
Investigation of wind-induced response of uid-solid coupling system for high bent-type aqueduct
Author/Authors :
Zhang ، H. College of Civil and Transportation Engineering - Hohai University , Liu ، L. College of Civil and Transportation Engineering - Hohai University , He ، X. College of Civil and Transportation Engineering - Hohai University , Ji ، Aili College of Civil and Transportation Engineering - Hohai University
Abstract :
In this paper, the coupling responses of water and high bent-type aqueduct under wind loads were studied by the Arbitrary Lagrangian-Eulerian (ALE) method. The natural vibration characteristics and transversal displacement, stress, overturning force, overturning moment, and hydrodynamic pressure of water-aqueduct coupling system were comparatively analyzed under different conditions of water-depth, cross-section shape of aqueduct tank, and support bearing. The research results show that the isolated support changes the dynamic characteristics and reduces wind-resistant performance of U-shape aqueduct. Therefore, the dynamic performance is better under the effect of the uctuating wind; however, the stiffness for U-shape aqueduct is smaller than that for the rectangular aqueduct, with the same water uxes.
Keywords :
High bent , type aqueduct , Fluctuating wind , Wind , induced response , Water , aqueduct coupling system , ALE method
Journal title :
Scientia Iranica(Transactions E: Industrial Engineering)
Journal title :
Scientia Iranica(Transactions E: Industrial Engineering)
