Norris's Hand-book for Locomotive Engineers and Machinists ... |
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Page 11
... ........ 249 Valve Motions ...... 275 Weight of Materials ... ... 130 Weights and Measures .... 13 Wheels of Locomotives ...... . 267 IMPAR LOCOMOTIVE ENGINE built by the AMOSKEAG MANUFACTURING CO . TABLE OF CONTENTS . 11.
... ........ 249 Valve Motions ...... 275 Weight of Materials ... ... 130 Weights and Measures .... 13 Wheels of Locomotives ...... . 267 IMPAR LOCOMOTIVE ENGINE built by the AMOSKEAG MANUFACTURING CO . TABLE OF CONTENTS . 11.
Page 145
... motion that would result from the direct unretarded action of the column of fluid which produces it , being unity .. The velocity through an aperture in a thin plate by the same pressure is .... Through a tube from two to three ...
... motion that would result from the direct unretarded action of the column of fluid which produces it , being unity .. The velocity through an aperture in a thin plate by the same pressure is .... Through a tube from two to three ...
Page 146
... motion of the steam in the cylinder will be ......... 10.000 0.069 Loss by cooling in the cylinder and pipes ........ Loss by friction of piston and waste ...... Force required to expel the steam into the at- 0 ยท 160 2.000 mosphere ...
... motion of the steam in the cylinder will be ......... 10.000 0.069 Loss by cooling in the cylinder and pipes ........ Loss by friction of piston and waste ...... Force required to expel the steam into the at- 0 ยท 160 2.000 mosphere ...
Page 172
... MOTION . Load moved by a power of 100 les . On a Canal . On a level Railway . On a level Turn- pike Road . Miles per Hour . Feet per Second . Tot . Mass moved . Useful effect . Tot . Mass moved . Useful effect . Tot . Mass moved ...
... MOTION . Load moved by a power of 100 les . On a Canal . On a level Railway . On a level Turn- pike Road . Miles per Hour . Feet per Second . Tot . Mass moved . Useful effect . Tot . Mass moved . Useful effect . Tot . Mass moved ...
Page 174
... motion on the one side , you will have a corresponding increase on the opposite side equal to it . Thus , suppose an eccentric wheel to work a stroke of 18 inches is required , the diameter of the shaft being 6 inches ; and if 2 inches ...
... motion on the one side , you will have a corresponding increase on the opposite side equal to it . Thus , suppose an eccentric wheel to work a stroke of 18 inches is required , the diameter of the shaft being 6 inches ; and if 2 inches ...
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Common terms and phrases
abscissa Atmospheric Railway avoirdupois axle blast-pipe boiler brass centre circle circular segments Circum circumference cloth coke conjugate connecting-rod copper crank Cube Root cubic feet cubic foot cubic inch curve cylinder cylinder in inches Dauphiny Decimal or Reciprocal diame diameter distance driving wheels eccentric-rod equal EXAMPLE.-Required find the Area find the Solidity fire-box Fraction or Numb friction Frustum fulcrum fulcrum and valve Gallons gauge give the solidity Height Length horses Hyperbola iron Length of Arc leverage locomotive engine metallic mile morocco motion multiply the sum North Shields ordinate Ounces Parabola pipes piston piston-rod plates Pounds pressure quotient radius rails Railway resistance revolving axis RULE RULE.-Multiply RULE.-To find screw segment shaft side smoke-box spindle square inch Square Root steam stroke subtract thickness throw tion tons trapezium tubes valve velocity Volume whole weight yards Zone