This study investigates the effect of blade angle on the efficiency of Francis turbines, concluding that optimal blade angles can increase efficiency by up to 5%
Research article discussing the impact of blade angle, among other factors, on the efficiency of Francis turbines, highlighting the importance of precise design
A computational fluid dynamics (CFD) analysis to optimize the blade angle of Francis turbines for maximum efficiency, available for download as a PDF
Official US Department of Energy page discussing factors affecting hydroelectric turbine efficiency, including blade angle, with resources for further reading
Academic paper exploring the relationship between blade angle and the performance of Francis turbines, including efficiency and power output
Video lecture on the design and optimization of Francis turbine blades, covering the impact of blade angle on efficiency and performance
Article from the American Society of Mechanical Engineers discussing the critical role of blade angle in determining the efficiency of hydraulic turbines, including Francis turbines
IEEE publication presenting a CFD analysis of how blade angle affects the efficiency of Francis turbines, with detailed simulations and results