Thermodynamics of the steam-engine and other heat-engines (1907)
Peabody, Cecil H. (Cecil Hobart), 1855-1934 · New York, J. Wiley & sons; [etc., etc.] · leaf 489
Vu: F. . sm a sin /? 3500 0-5 2020 0.866 F = F2 cos 7 = 2020 X 0.866 = 1750^ = 2 X 1750 X 0.866 ^ 3500 = 0.866. 48o STEAM-TURBINES No Axial Thrust. … Fig. 103. The builders of impulse steam-turbinesattribute much importance toavoiding axial thrust, which canbe done by making the entranceand exit angles of the vanesequal, provided that frictionand other resistances can beneglected. This is evident fromequation (280), provided that7 is made equal…
Thermodynamics · Steam-engines · Heat-engines
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