World Journal of Mechanics

World Journal of Mechanics

ISSN Print: 2160-049X
ISSN Online: 2160-0503
www.scirp.org/journal/wjm
E-mail: wjm@scirp.org
"A Fatigue Analysis of a Hydraulic Francis Turbine Runner"
written by Miriam Flores, Gustavo Urquiza, José María Rodríguez,
published by World Journal of Mechanics, Vol.2 No.1, 2012
has been cited by the following article(s):
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[3] High flexibility in Francis turbine operation and design philosophy: A review
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[4] Experimental and Numerical Investigation of Rotor–Stator Interaction in a Large Prototype Pump–Turbine in Turbine Mode. Energies 2022, 15, 5523
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[6] Numerical Investigation of the Trailing Edge Shape on the Added Damping of a Kaplan Turbine Runner
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[7] Parametric study and preliminary transposition of the modal and structural responses of the Tr-FRANCIS turbine at speed-no-load operating condition
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[13] Hydraulic turbines lifetime in terms of fracture mechanics
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[14] On the changes in dynamic behavior produced by the hydraulic turbine runner damage
2019
[15] Investigation on the Impact of Air Admission in a Prototype Francis Turbine at Low-Load Operation
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[16] Influence of the guide vanes design on stress parameters of Francis-99 turbine
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[17] Fatigue Analysis of Francis Turbine Runner as a Result of Flow-induced Stresses
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[18] Ресурс гидротурбин-гарантия надежности и безопасности эксплуатации ГЭС
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[19] Feasibility of Detecting Natural Frequencies of Hydraulic Turbines While in Operation, Using Strain Gauges
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[20] Quasi-Distributed Optical Fiber Transducer for Simultaneous Temperature and Vibration Sensing in High-Power Generators
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[21] Crack growth analysis and fatigue life estimation in the piston rod of a Kaplan hydro turbine
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[22] Numerical Study on the Dynamic Behavior of a Francis Turbine Runner Model with a Crack
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[23] Hydrodynamic Damping of a Fluttering Hydrofoil in High-speed Flows
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[27] АНАЛИЗ ТЕХНИЧЕСКОГО СОСТОЯНИЯ МЕТАЛЛОКОНСТРУКЦИЙ СИСТЕМ ОХЛАЖДЕНИЯ РАКЕТНОЙ ТЕХНИКИ, СПОСОБОВ ОЦЕНКИ И ПРОДЛЕНИЯ …
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[28] A review on fluid structure interaction in hydraulic turbines: A focus on hydrodynamic damping
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[29] Fluid-structure interactions in Francis turbines: A perspective review
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[30] Lifetime of hydro turbines: a review of foreign literature, St
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[32] The fatigue life analysis of turbine blades in the air cycle machine
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[33] An approach to evaluate the lifetime of a high head Francis runner
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[34] A review on fatigue damage mechanism in hydro turbines
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[35] Modelling of a Francis Turbine Runner Fatigue Failure Process Caused by Fluid-Structure Interaction
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[36] Failure analysis of runner blades in a Francis hydraulic turbine—Case study
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[37] Simulation of the natural frequencies in a pump-turbine runner in air and water
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[39] Enhancing Efficiency of Kaplan Turbine by Implementing Advance Features: A Review
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[40] NUMERICAL SIMULATION OF 70 KW FRANCIS TURBINE RUNNER WITH COMBINE STUDY OF FSI AND CAVITATION
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[41] NUMERICAL SIMULATION OF 70 kW FRANCIS TURBINE RUNNER WITH COMBINED STUDY OF FSI AND CAVITATION
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[42] Fatigue Analysis of the Piston Rod in a Kaplan Turbine Based on Crack Propagation under Unsteady Hydraulic Loads
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[43] EFFECT OF INLET BLADE ANGLE ON POWER PERFORMANCE FOR OPEN TYPE CROSS-FLOW TURBINE
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[44] NUMERICAL SIMULATION OF FLUID ADDED MASS EFFECT ON A KAPLAN TURBINE RUNNER WITH EXPERIMENTAL VALIDATION
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