Hot Bulb Oil Engines and Suitable Vessels

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Constable, Limited, 1919 - Internal combustion engines - 429 pages
 

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Page 427 - The Internal Combustion Engine : Being a Text-Book on Gas, Oil, and Petrol Engines, for the use of Students and Engineers.
Page 427 - Parsell, Jr., MAIEE, and Arthur J. Weed, ME 2nd Edn. Demy 8vo. Gas, Gasoline, and Oil Engines. Gardner D. Hiscox, ME, Author of " Mechanical Movements," " Compressed Air," etc. 22nd Edn, largely rewritten and brought up to date, by Victor W. Page, ME Demy 8vo. i8/- net. A complete practical work denning the elements of internal combustion, engineering, treating exhaustively on the design, construction and practical application of all forms of gas, gasoline, kerosene and crude petroleum oil engines,...
Page 428 - Practical Design of Marine Single and Double-Ended Boilers. John Gray (See p. 12.) Ship Form, Resistance, and Screw Propulsion. GS Baker, M.Inst.Naval Architects. Medium 8vo. 2nd Edn. Treated from the practical point of view for the use of naval architects, engineers, and draughtsmen. i6/- net. CONTENTS. — Nomenclature. Steam Line Motion. Skin Friction Resistance. Eddy-making. Waves and Wave-making. Ship Model Experiments. Dimensions and Form. Curve of Areas. Shape and Fineness of Ends, with Parallel...
Page 427 - ... Engines. Action and Working of the Diesel Engine. Construction of the Diesel Engine. Installing and Running Diesel Engines. Testing Diesel Engines. Diesel Engines for Marine Work. Construction of the Diesel Marine Engine. The Future of the Diesel Engine. Appendix. Index. High Power Gas Engines. H. Dubbel. Translated, edited and expanded to include British Engines and Practice, by F. Weinreb.
Page 428 - Crown 8vo. 8/- net. Stability and Equilibrium of Floating Bodies. BY Bernard C. Laws, B.Sc., ARCSc., AMInst.CE, MINA 250 + ix pages. 130 Illustrations. Demy 8vo. 10/6 net.
Page 31 - ... had been in use sixty hours ; but it had proved quite sufficient for the other parts of the engine to be cleaned once a month. The diagram would show that ignition took place at the dead point. Instantaneous ignition at the right time was obtained in the following manner : — The feed-pump injected oil into the valve a before the downstroke of the piston, or just before the period of suction commenced. On the downstroke of the piston, the space in the interior of the cylinder was enlarged, causing...
Page 31 - ... spraying-valve a was met by the incoming air and sprayed into the vaporizer c ; coming into contact with the cherry-red walls of the latter, it was instantaneously vaporized, and admitted immediately into the cylinder in which the suction took place. The vaporized petroleum issued from the vaporizer long before the end of the period of suction, whereas the air was admitted by the valve a into the vaporizer as long as the process of suction continued. Consequently, when the period of suction was...
Page 3 - On the other hand, engineers in Sweden and America adhered to a lower compression and utilised a hot combustion chamber in direct communication with the cylinder to enable ignition to take place.
Page 428 - Liquid Fuel," etc. Edition. Illustrated. Demy 8vo. 5/- net. *#* Write to Messrs. Constable &• Co., Ltd., 10, Orange Street, Leicester Square, for full particulars of any book.
Page 31 - ... upper part of the combustion-chamber was likewise full of air. This column of air formed an insulator. It prevented the inflammable mixture from coming in contact with the cherry-red walls of the vaporizer; and, by the up-stroke of the piston, by which the insulating column of air was also compressed, the inflammable mixture moved upwards until, at the dead point of the piston, it reached the interior of Mr.

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