This article presents a comprehensive review of low head hydroelectric turbine design, including the effects of blade angle, hub ratio, and tip clearance on efficiency.
IEEE Xplore presents a paper on the design and development of compact hydroelectric generators for low-head applications, focusing on permanent magnet synchronous generators.
The United States Bureau of Reclamation provides an overview of low head hydroelectric power plants, including design considerations, benefits, and case studies.
This research paper discusses the design and analysis of a low-head hydroelectric turbine using computational fluid dynamics and experimental methods.
Hydrogenius offers a web-based tool for designing and optimizing hydroelectric generators, including low-head applications, with a user-friendly interface and detailed output.
MIT OpenCourseWare provides a course on low-head hydroelectric energy conversion, covering topics such as turbine design, generator selection, and system optimization.
This video lecture by a renowned expert in hydroelectric power generation discusses the principles, design, and operation of low-head hydroelectric power plants.
The World Bank provides guidelines for low-head hydroelectric development, including environmental and social considerations, technical design, and economic feasibility.