## Gas-engine Design: With an Introduction on Compressed Air |

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### Other editions - View all

Gas-Engine Design: With an Introduction on Compressed Air Elliott Joseph Stoddard No preview available - 2015 |

Gas-Engine Design: With an Introduction on Compressed Air - Primary Source ... Elliott Joseph Stoddard No preview available - 2014 |

Gas-Engine Design: With an Introduction on Compressed Air - Primary Source ... Elliott Joseph Stoddard No preview available - 2014 |

### Common terms and phrases

absolute pressure absolute temperature adiabatic compression adiabatic curve air at constant ampere angle angular velocity axis calculated CC CC CC cent centrifugal force circuit coil compression and transference compression line compressor constant pressure constant volume core corresponding cross-section cubic feet cubic foot cutting the line cylinder length diagram of Fig diameter draw a horizontal electromotive force equation explosion pressure factor Figure fly-wheel foot pounds formula gage Gas Engine given gives heat of compression horizontal line ignition indicator diagram inertia initial temperature isothermal compression line A B line cutting magnetic flux mean effective pressure multiplied obtain ordinates Otto cycle Patent pentane piston area pound of air quantity of heat ratio of volumes represented revolutions per minute rotation scale self-induction spark specific heat square inch stroke Substituting taken tangent valve vertical line wheels wire

### Popular passages

Page iii - ... support bolted to a railway sleeper; material all ready to hand and requiring little skill for adjustment. No need for the lecturer to interrupt the course of his explanation while spinning the wheel with a stick. Perry says in his popular treatise on the Spinning Top, p. 69: „I believe there are few mathematical explanations of phenomena which may not be given in quite ordinary language to people who have an ordinary amount of experience.

Page 14 - A class learns the principle that the volume of a gas at constant temperature is inversely proportional to the pressure.

Page 15 - FEET 0 .0863 11.582 10 .0845 11.834 20 .0827 12.084 30 .0811 12.336 32 .0807 12.387 40 .0794 12.587 50 .0779 12.838 60 .0764 13.089 70 .0750 13.340 80 .0736 13.592 90 .0722 13.843 100 .0710...

Page 53 - ASN ....... (4) _ 10,860 The numerical coefficient might evidently be taken as 6.08 without material error. Thus for each ratio of volumes there will be a numerical coefficient by which if the piston area and stroke in inches be multiplied the product will be the work of the explosion stroke in foot-pounds. If we have some other ratio of volumes and are not satisfied with the approximate result given by (4), we may calculate the numerical coefficient for the particular case. We may find the ratio...

Page 14 - Unit (heat unit) is that quantity of heat which will raise one pound of water at or about freezing point i deg.

Page 14 - You have then proved that the pressure of a gas at constant volume is proportional to its temperature.

Page 65 - Flo. 10 plane of the paper, and in na conductor of length / lying in the plane of the paper. If the conductor is moved sidewise in the plane of the paper in the direction of the arrow o or o', with a velocity v, an electromotive force...

Page 16 - Find the weight of one cubic foot of air at any pressure and temperature: Let W equal the weight required.

Page 14 - If we take the pressure in pounds per square inch and the volume in cubic feet, the constant (C) for air at 62° is about 193.

Page 14 - ... a gas at constant pressure is proportional to its absolute temperature. 3. The pressure of a gas at constant volume is proportional to its absolute temperature. 4. A certain quantity of heat always corresponds to a certain amount of work. When work is done...