Audels Marine Engineers Handy Book: A Practical Treatise for Marine Engineers, All Grades; Firemen, Oilers and Machinists : Covering Modern Marine Engineering in All Branches, Including Questions and Answers for Examinations |
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Page 39
... tank being empty . The barge is supplying 750 barrels . What amount of fuel will be in the port tanks after taking on the fuel ? Solution . Adding up the empty space of the tanks , we obtain : To fill the deep tank 488 x 3 or 366 ...
... tank being empty . The barge is supplying 750 barrels . What amount of fuel will be in the port tanks after taking on the fuel ? Solution . Adding up the empty space of the tanks , we obtain : To fill the deep tank 488 x 3 or 366 ...
Page 238
... tank with a 9 x 12 double - acting duplex pump running at a speed of . 60 revolutions per minute ? Assume a slippage ... tank = 202 × 0.7854 x 30 x 7.481 = Number of minutes required to empty tank Number of hours required to empty tank 1 ...
... tank with a 9 x 12 double - acting duplex pump running at a speed of . 60 revolutions per minute ? Assume a slippage ... tank = 202 × 0.7854 x 30 x 7.481 = Number of minutes required to empty tank Number of hours required to empty tank 1 ...
Page 690
... tank above the centerline of the pump , as the friction loss in the suction piping is often quite high . Thus while the level of OPEN TO ATMOSPHERE FEED PUMP SUCTION YENT . SURGE TANK RESERVE FEED TANK MAIN CONDENSER AIR EJECTOR INTER ...
... tank above the centerline of the pump , as the friction loss in the suction piping is often quite high . Thus while the level of OPEN TO ATMOSPHERE FEED PUMP SUCTION YENT . SURGE TANK RESERVE FEED TANK MAIN CONDENSER AIR EJECTOR INTER ...
Contents
Chapter Pages 1 Marine Engineering Physics 126 | 1 |
Combustion and Fuel 2740 | 27 |
Steam and its Properties 4180 | 41 |
Copyright | |
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adjustment amount arrangement atomizer bearing blades bolted calculated clearance combustion chamber compression condenser cooling crank cut-off cylinder diagram diameter Diesel engine distance drum eccentric rod efficiency Example exhaust expansion fire-tube boilers flange formula fuel injection fuel oil fulcrum furnace gallons gases gauge governor gravity heater high pressure horse power indicator indicator diagram injection injector inlet lap joint latent heat lever low pressure lubricating marine mean effective pressure mechanical motion motor nozzle obtain oil burner operation pinion pipe piston pitch port position pounds propeller pump reduction gear reverse revolutions per minute rings rivet rotation rotor safety valve salinometer screw shaft shell shown in fig slide valve Solution specific gravity speed sprayer plate spring square inch steam pressure strap stroke surface tank temperature thrust turbine valve and spindle valve gear vertical water-tube boilers weight