Question about turbines, mechanical design

AI Thread Summary
The discussion centers on the design of a turbine intended to operate in water, with a focus on justifying the turbine and blade surface design. The original poster seeks empirical data and literature to understand the relationship between power, angular speed, turbine characteristics, and fluid weight. References to established texts on mixing design are mentioned, but more specific information is requested. A participant suggests using velocity triangles to determine the necessary parameters for blade profile and energy calculations. The conversation emphasizes the need for precise empirical data in turbine design for optimal performance.
nico_9188
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Hi guys, I'm working on a machine which has a turbine which will spin through a container filled with water. I have to justify the design of the turbine and the blades surface. I looked up in some books referring to mixers designs such as (Unit Operations of Chemical Engineering by Warren L. McCabe, Julian Smith, and Peter Harriott) and (Handbook of Industrial Mixing: Science and Practice), but I need more precise information. I would like to ask if you have any empirical information about turbines or a book which could help or anything related to this (i'm seeking for a relationship between power, angular speed, turbine characteristics, and specifical weight of the fluid).

Thanks in advance,

Nico
 
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hmm...as I remember from my college days...for the blade profile...the velocity triangles will give u what u need in terms of angular speed and energy...
 
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