 ... describing a stationary steam plant. The horse-power produced by any steam engine during a given period equals the work done in the cylinders per minute divided by 33,000. The work done equals the product of the mean effective pressure per square...  The Elements of Railroad Engineering - Halaman 138oleh William G. Raymond - 1913 - 405 halamanTampilan utuh - Tentang buku ini
 | National cyclopaedia - 1879 - 624 halaman
...multiply togftl-a the pressure in pounds on a square inch of the piston, the area of the piston in inches, the length of the stroke in feet, and the number of strokes ps minute, the result divided by 33,000 will gi« t!* horse-power; but it is necessary to deduct... | |
 | Daniel Coit Gilman, Harry Thurston Peck, Frank Moore Colby - 1906 - 926 halaman
...multiply together the pressure in pounds on a square inch of the piston, the area of the piston in inches, the length of the stroke in feet, and the number of strokes per minute; the result divided by 33,000 will give the horse-power. There is an increasing... | |
 | 1907 - 272 halaman
...multiply together the pressure in pounds on a square inch of the piston; the area of the piston in inches; the length of the stroke in feet; and the number of strokes per minute. The result divided by 33,000 gives the horse power. In determining the horse power... | |
 | Daniel Coit Gilman, Harry Thurston Peck, Frank Moore Colby - 1909 - 956 halaman
...multiply together the pressure in pounds on a square inch of the piston, the area of the piston in inches, the length of the stroke in feet, and the number of strokes per minute; the result divided by 33,000 will give the horse-power. There is an increasing... | |
 | Charles Leonard-Stuart - 1912 - 646 halaman
...multiply together the pressure in pounds on a square inch of the piston, the area of the piston in inches, the length of the stroke in feet, and the number of strokes per minute, divide the result by 33,000, and the quotient, less onetenth, allowed for loss... | |
 | William G. Raymond - 1913 - 496 halaman
...effort of any locomotive is more nearly given by M These equations are true only within limits. If 5 is so small that T exceeds either the ultimate cylinder...determined by an instrument known as an indicator, Z, the length of the stroke, A the area of the piston, and N the number of strokes in one minute. In... | |
 | William G. Raymond - 1914 - 458 halaman
...effort of any locomotive is more nearly given by These equations are true only within limits. If 5 is so small that T exceeds either the ultimate cylinder...pressure acts. Expressed as a formula easy to remember IHP-PLAN 33,000 IHP means indicated horse-power, P the mean effective pressure determined by an instrument... | |
 | 1918 - 554 halaman
...multiply together the pressure in pounds on a square inch of the piston, the area of the piston in inches, the length of the stroke in feet, and the number of strokes per minute, the result divided by 33,000 will give the horsepower, deducting one-tenth for... | |
 | Charles Morris - 1921 - 604 halaman
...multiply together the pressure in pounds on a square inch of the piston, the area of the piston in inches, the length of the stroke in feet, and the number of strokes per minute, the result divided by 33.000 will give the horsepower, deducting one-tenth for... | |
 | Michael H. Gornston - 1922 - 448 halaman
...horsepower, or the IHP developed by an engine? Multiply together the mean effective pressure per square inch, the area of the piston in square inches, the length...the stroke in feet, and the number of single strokes per minute. Divide the product by 33.000; the result will be the indicated horsepower of the engine.... | |
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