Encyclopedia of Engineering: A Treatise on Boilers, Steam Engines, the Locomotive, Electricity, Machine Shop Practice, Air Brake Practice, Engineer's Catechism, Gas, Oil, Traction and Automobile Motors, Refrigeration, Etc., Etc, Volum 7International School of Engineering, 1906 |
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Side
... EXPERTS SEVEN VOLUMES Containing Thirty - five Hundred Pages and Fifteen Hundred Illustrations INTERNATIONAL SCHOOL OF ENGINEERING 350 WABASH AVE . , CHICAGO COPYRIGHT , 1906 BY FREDERICK J. DRAKE & Co. CHICAGO ENCYCLOPEDIA.
... EXPERTS SEVEN VOLUMES Containing Thirty - five Hundred Pages and Fifteen Hundred Illustrations INTERNATIONAL SCHOOL OF ENGINEERING 350 WABASH AVE . , CHICAGO COPYRIGHT , 1906 BY FREDERICK J. DRAKE & Co. CHICAGO ENCYCLOPEDIA.
Side 5
... volume , for those who are not in a position to take up a correspondence course or attend a School of Engineering . Each volume is complete in itself , and will be found to be of great practical value to the mechanic or student who ...
... volume , for those who are not in a position to take up a correspondence course or attend a School of Engineering . Each volume is complete in itself , and will be found to be of great practical value to the mechanic or student who ...
Side 7
... volume of the steam be ? Ans . - 1,646 cubic feet . Ques . 4. - Then what is the relative volume of steam at atmospheric pressure , and the water from which it was evaporated at 212 degrees ? Ans . - 1,646 to 1 . Ques . 5. - What is the ...
... volume of the steam be ? Ans . - 1,646 cubic feet . Ques . 4. - Then what is the relative volume of steam at atmospheric pressure , and the water from which it was evaporated at 212 degrees ? Ans . - 1,646 to 1 . Ques . 5. - What is the ...
Side 8
... Volume Cubic Feet in 1 Lb. Wt . of Steam Wt . of 1 Cubic Foot of Steam , Lbs . 29.74 .089 32 . 29.67 .122 29.56 .176 50 . 29.40 .254 60 . 29.19 .359 70 . 28.90 .502 80 . 28.51 .692 90 . 28.00 .943 100 . 27.88 I. 18 . O. 1091.7 1091.7 ...
... Volume Cubic Feet in 1 Lb. Wt . of Steam Wt . of 1 Cubic Foot of Steam , Lbs . 29.74 .089 32 . 29.67 .122 29.56 .176 50 . 29.40 .254 60 . 29.19 .359 70 . 28.90 .502 80 . 28.51 .692 90 . 28.00 .943 100 . 27.88 I. 18 . O. 1091.7 1091.7 ...
Side 10
... Volume Cubic Feet in 1 Lb. Wt . of Steam Wt . of 1 Cubic Foot of Steam , Lbs . 38.3 53 284.5 254.7 1168.7 914.0 492 7.90 .1266 39.3 54 285.7 256.0 1169.1 913.1 484 7.76 .1288 40.3 55 286.9 257.2 1169.4 912.3 476 7.63 .1311 41.3 56 288.1 ...
... Volume Cubic Feet in 1 Lb. Wt . of Steam Wt . of 1 Cubic Foot of Steam , Lbs . 38.3 53 284.5 254.7 1168.7 914.0 492 7.90 .1266 39.3 54 285.7 256.0 1169.1 913.1 484 7.76 .1288 40.3 55 286.9 257.2 1169.4 912.3 476 7.63 .1311 41.3 56 288.1 ...
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Encyclopedia of Engineering: A Treatise on Boilers, Steam Engines ..., Volum 2 Chi International School of Engineering Ingen forhåndsvisning tilgjengelig - 2015 |
Vanlige uttrykk og setninger
adjusted air-pump Ans.-The Ans.-There atmospheric line back pressure bottom carbon cause circle circumference coal combustion compression connected construction cubic Cubic Foot curved cylinder degrees diagram diameter draught draw drum eccentric edge equal evaporation exhaust steam expansion Fahrenheit feed-pump feed-water feet fire fire-box fire-tube boilers fitted flues furnace fusible plug gases gauge governor grate headers heating surface horizontal horse-power indicator indicator diagram injector INLET inside length machine marine service mean effective pressure mechanical stokers motion moving blades nozzles passes pencil pipe piston plate point of cut-off pound weight pump Ques radius reciprocating engine revolutions per minute revolving riveted screwed sea-water shaft shell shown in Fig side slide-valve speed spring square inch stationary blades steam-turbine steam-valve steel stoke-hold stokers straight line stroke supply surface condenser temperature triangle tubes turbine vacuum valve vanes velocity vertical water-tube boilers weight wheel
Populære avsnitt
Side 384 - When a straight line standing on another straight line makes the adjacent angles equal to one another, each of the angles is called a right angle ; and the straight line which stands on the other is called a perpendicular to it.
Side 400 - AB of the circle into as many equal parts as the polygon is to have sides. With the points A and B as centers and radius AB, describe arcs cutting each other at C.
Side 387 - A circle is a plane figure contained by one line, which is called the circumference, and is such, that all straight lines drawn from a certain point within the figure to the circumference are equal to one another : 16. And this point is called the centre of the circle.
Side 393 - A cone is a solid figure described by the revolution of a right-angled triangle about one of the sides containing the right angle, which side remains fixed.
Side 392 - A prism is a solid figure contained by plane figures, of which two that are opposite are equal, similar, and parallel to one another ; and the others parallelograms.
Side 393 - The diameter of a sphere is any straight line which passes through the centre, and is terminated both ways by the superficies of the sphere.
Side 399 - Let AB be the straight line to be divided into a certain number of equal parts: From the points A and B, draw two parallel lines AD and BC. at any convenient angle with the line AB. Upon AD and BC set off one less than the number of equal parts required, as Al, 1-2, 2-D, etc. Join Cl, 2-2, 1-D, the line AB will then be divided into the required number of equal parts.
Side 292 - Horse-Power Constant of an engine is found by multiplying the area of the piston in square inches by the speed of the piston in feet per minute and dividing the product by 33,000. It is the power the engine would develop with one pound mean effective pressure. To find the horse-power of the engine, multiply the MEP of the diagram by this constant.
Side 390 - A Tangent is a straight line which touches the circumference but does not intersect it, however far produced. The point in which the tangent touches the circumference is called the Point of Contact, or Point of Tangency. 171. DEF. Two Circumferences are tangent to each other when they are tangent to a straight line at the same point.
Side 406 - Let ACBD be the given circle: Draw the diameters AB and CD at right angles to each other. With any convenient radius and centers A, C, B and D describe arcs intersecting each other at E, H, F and G. Join EF and GH which form two additional diameters. At the points AB and CD draw the lines KL, PR, MN and ST, parallel with the diameters CD and AB respectively.