What is nusselt: Definition and 1 Discussions
Ernst Kraft Wilhelm Nußelt (Nusselt in English; November 25, 1882, in Nuremberg – September 1, 1957, in Munich) was a German engineer. Nusselt studied mechanical engineering at the Munich Technical University (Technische Universität München), where he got his doctorate in 1907. He taught in Dresden from 1913 to 1917.
During this teaching tenure he developed the dimensional analysis of heat transfer, without any knowledge of the Buckingham π theorem or any other developments of Lord Rayleigh.
In so doing he opened the door for further heat transfer analysis. After teaching and working in Switzerland and Germany between 1917 and 1925, he was appointed to the chair of theoretical mechanics in Munich. There he made important developments in the field of heat exchangers. He held that position until 1952, being succeeded in the job by another important figure in the field of heat transfer, Ernst Schmidt.
The Nusselt number used in Fluid Mechanics and Heat Transfer is named in his honour.
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During this teaching tenure he developed the dimensional analysis of heat transfer, without any knowledge of the Buckingham π theorem or any other developments of Lord Rayleigh.
In so doing he opened the door for further heat transfer analysis. After teaching and working in Switzerland and Germany between 1917 and 1925, he was appointed to the chair of theoretical mechanics in Munich. There he made important developments in the field of heat exchangers. He held that position until 1952, being succeeded in the job by another important figure in the field of heat transfer, Ernst Schmidt.
The Nusselt number used in Fluid Mechanics and Heat Transfer is named in his honour.
View More On Wikipedia.org
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Nusselt number is variable or constant for laminar fully developed pipe flow?
It is the case that the Nusselt number along the fully developed (hydrodynamically and thermally) laminar flow through the constant cross section is 4.36 for constant heat flux and 3.66 for constant wall temperature. But the formula of the nusselt number is Nu = h Lc/K so for pipe it becomes Nu...- Maulik Chaudhary
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- Forum: Mechanical Engineering