Transcription of MIXER MECHANICAL DESIGN—FLUID FORCES
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MIXER MECHANICAL DESIGN—FLUID FORCES
Ronald J. Weetman is Senior ResearchScientist at LIGHTNIN, in Rochester, NewYork. He has 21 patents and is the author of42 publications, including contributions toFluid Mixing Technologyby the last 26 years, he has specialized intheoretical, computational, and experi-mental fluid mechanics as applied tomixing technology. Dr. Weetman developedthe first industrial automated laser Dopplervelocimeter laboratory in 1976, and hasinvented various types of impellers that cover a broad range ofmixing applications. He has also designed unique methods offorming his impellers to optimize manufacture while maximizingprocess gains. Dr. Weetman was named Inventor of the Year inRochester, New York, for 1989, and was chairman of Mixing XIV,NAMF/Engineer Foundation Conference held in Weetman earned a degree from Lowell TechnologicalInstitute, an degree from MIT, and a degree( MECHANICAL Engineering) from the University of Gigas is Principal ResearchEngineer at LIGHTNIN, in Rochester, NewYork.
the mechanical design requirements must be understood. The second step in the design sequence is the mechanical design of the mixer components. The fundamental approach is straight- ... or gas feeds, unusual vessel features, and so on. General test procedures and design methodology are based on the assumption
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