Journal of the Franklin Institute of the State of Pennsylvania, Volume 80; Volume 110Franklin Institute, 1880 |
From inside the book
Results 6-10 of 57
Page 25
... steam from the shell was admit- ted to the drum through two perforated dry - pipes , which extended horizontally along the upper side of the shell . The steam - pipe con- necting the boiler with the engine was bolted upon the top of the ...
... steam from the shell was admit- ted to the drum through two perforated dry - pipes , which extended horizontally along the upper side of the shell . The steam - pipe con- necting the boiler with the engine was bolted upon the top of the ...
Page 29
... steam , as fast as generated , was worked off by the engine , the boiler pressure being maintained nearly uniform , and noted every half hour , also . The coal thrown into the furnaces , and the refuse therefrom , in ash , clinker , etc ...
... steam , as fast as generated , was worked off by the engine , the boiler pressure being maintained nearly uniform , and noted every half hour , also . The coal thrown into the furnaces , and the refuse therefrom , in ash , clinker , etc ...
Page 72
... Steam Engine . By William Dennis Marks , Ph.B. , C.E ...... 73 Economical Cut - Off in Steam Engines . By S. W. Robinson ... 85 Progress of the Dephosphorization of Iron ( continued ) . By F. Gautier .. 87 The Russian Imperial Yacht ...
... Steam Engine . By William Dennis Marks , Ph.B. , C.E ...... 73 Economical Cut - Off in Steam Engines . By S. W. Robinson ... 85 Progress of the Dephosphorization of Iron ( continued ) . By F. Gautier .. 87 The Russian Imperial Yacht ...
Page 73
... STEAM ENGINE . By WILLIAM DENNIS MARKS , Ph.B. , C.Е. , Whitney Professor of Dynamical Engineering , University of Pennsylvania . Perhaps there is no more unsafe proceeding in science than to attempt to predict the limitation of the ...
... STEAM ENGINE . By WILLIAM DENNIS MARKS , Ph.B. , C.Е. , Whitney Professor of Dynamical Engineering , University of Pennsylvania . Perhaps there is no more unsafe proceeding in science than to attempt to predict the limitation of the ...
Page 74
It is rather in the utilization of the steam after it reaches the engine that we must look for progress , and in this point , we take it , lies the value of a thorough investigation of the ... Steam Engine . [ Jour . Frank . Inst . ,
It is rather in the utilization of the steam after it reaches the engine that we must look for progress , and in this point , we take it , lies the value of a thorough investigation of the ... Steam Engine . [ Jour . Frank . Inst . ,
Other editions - View all
Common terms and phrases
acid Anthracite apparatus battery beam boiler bone oil carbon cent coal gas compression constructed containing cubic CX.-(THIRD SERIES cylinder dephosphorization diameter domes driving wheels dy dz dynamo-electric effect electric light employed equal experiments feet fibres fluid Franklin Institute furnace give heating surface Henry horizontal horse-power increased ingot iron jute length liquid locomotive lxxx machine magnet manganese matter means mechanical ment metal metric miles per hour millimetre minutes molecules motion neptunite obtained ordinary oxide oxygen paraffine Patents Philadelphia phosphorus pig iron pins piston placed plate pounds per square pressure produced proportion pulleys quantity railway resistance revolutions per minute rollers screws selenium shaft shell side silica silicon slag sliver speed square inch steam dome steam engine steel strain stroke Sulphur temperature tion tons tubes valve vaporized velocity vertical vessel weight wire yacht