【Mechanical Equipment Technology Exchange Edition】Mechanical Equipment 【Daily Question】20191017
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Question: What factors are related to the blade velocity coefficient? There are no answers provided for this series of posts; fellow netizens are free to share their own opinions – just reply with what you understand. Replies earn rewards ranging from 5 to 15 points; all forum members are welcome to participate actively and support the development of the forum! ! ! Chemical Equipment and Machinery
It is related to factors such as the blade profile, blade height, inlet and outlet angles of the blade, reaction degree of the blade, and surface roughness. The moving blade velocity coefficient is determined through experiments, and it is usually taken as φ = 0.85–0.95
It is related to factors such as blade height, reaction degree, blade profile, and blade surface roughness
It is related to factors such as the blade height, inlet and outlet angles, the ideal exit velocity of the blade, the blade profile, the reaction degree, and surface finish; among these, ℓb, Ωm, and w2t have the greatest influence.
It is related to factors such as the blade height, inlet and outlet angles, the ideal exit velocity of the blade, the blade profile, the reaction degree, and surface finish; among these, ℓb, Ωm, and w2t have the greatest influence.
It is related to factors such as the blade profile, blade height, inlet and outlet angles of the blade, blade reaction degree, and surface roughness. The moving blade velocity coefficient is determined through experiments, and it is usually taken as φ = 0.85–0.95
It is related to factors such as the blade height, inlet and outlet angles, the ideal exit velocity of the blade, the blade profile, the reaction degree, and surface finish; among these, ℓb, Ωm, and w2t have the greatest influence.
It is related to factors such as the blade height, inlet and outlet angles, the ideal exit velocity of the blade, the blade profile, the reaction degree, and the surface finish
It is related to factors such as the blade height, inlet and outlet angles, the ideal exit velocity of the blade, the blade profile, the reaction degree, and the surface finish.