Transactions of the American Society of Mechanical Engineers, Volume 1American Society of Mechanical Engineers., 1880 - Mechanical engineering Vols. 2, 4-11, 62-68 include the Society's Membership list; v. 55-80 include the Journal of applied mechanics (also issued separately) as contributions from the Society's Applied Mechanics Division. |
From inside the book
Results 1-5 of 42
Page 3
... revolutions per minute : Pressure per square inch . 1 pound 2 4 5 66 66 66 66 Coefficient of friction . .3818 .2686 .2171 .1849 .1743 The ratio of the changing coefficient varies with the temperature at which the range of results is ...
... revolutions per minute : Pressure per square inch . 1 pound 2 4 5 66 66 66 66 Coefficient of friction . .3818 .2686 .2171 .1849 .1743 The ratio of the changing coefficient varies with the temperature at which the range of results is ...
Page 4
... revolutions per minute , as the oil is then submitted to conditions of attrition , corresponding to those met with in extremes of velocity and pressure , in the case of a Sawyer spindle running at seven thousand six hundred revolutions ...
... revolutions per minute , as the oil is then submitted to conditions of attrition , corresponding to those met with in extremes of velocity and pressure , in the case of a Sawyer spindle running at seven thousand six hundred revolutions ...
Page 5
... revolutions per minute . To recapitulate : By revolving the disc at five hundred revolutions per minute , with a pressure of five pounds per square inch , the oil is submitted to conditions of attrition , corresponding to those in the ...
... revolutions per minute . To recapitulate : By revolving the disc at five hundred revolutions per minute , with a pressure of five pounds per square inch , the oil is submitted to conditions of attrition , corresponding to those in the ...
Page 6
... revolutions per minute , as the oil is then submitted to conditions of attrition , corresponding to those met with in extremes of velocity and pressure , in the case of a Sawyer spindle running at seven thousand six hundred revolutions ...
... revolutions per minute , as the oil is then submitted to conditions of attrition , corresponding to those met with in extremes of velocity and pressure , in the case of a Sawyer spindle running at seven thousand six hundred revolutions ...
Page 7
... revolutions per minute . To recapitulate : By revolving the disc at five hundred revolutions per minute , with a pressure of five pounds per square inch , the oil is submitted to conditions of attrition , corresponding to those in the ...
... revolutions per minute . To recapitulate : By revolving the disc at five hundred revolutions per minute , with a pressure of five pounds per square inch , the oil is submitted to conditions of attrition , corresponding to those in the ...
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Common terms and phrases
angle of repose boiler bottom cent clearance coal coefficient of friction compound engine condensation construction converter crank bearings crank pin cut-off diagram diameter disc economy efficiency empty pipette end quadrants equal feet Fluidity Experiments frictional resistance Frictional test furnace gases give half heat high-pressure cylinder horizontal pressure horse power hundred inch 5 lbs initial pressure iron locomotive loss low-pressure cylinder lubricant machine mean mean effective pressure MECHANICAL ENGINEERS metal metric system mid-stroke quadrants motion nearly obtained packing piston pressure piston rod pounds per square practice Pressure per sq Prof ratio of expansion reduced repairs represent required to empty return stroke revolutions revolutions per minute rings rotative effect sample Schneble Seconds required shaft single cylinder engine SOCIETY OF MECHANICAL square inch steam engine steam jacket stuffing box surfaces per minute temperature threads tion uniform valve Velocity of rubbing