Minutes of Proceedings of the Institution of Civil Engineers, Band 162The Institution, 1905 Vols. 39-204 (1874/75-1916/17) have a section 3 containing "Abstracts of papers in foreign transactions and periodicals" (title varies); issued separately, 1919-37, as the institution's Engineering abstracts from the current periodical literature of engineering and applied science, published outside the United Kingdom. |
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Seite 372
... inertia of 102 lb. - foot units . In Fig . 1 , where there is exact synchronism , the shaft is supposed to be coupled directly to an engine running at 500 revolutions per minute and producing a torque having three variations per ...
... inertia of 102 lb. - foot units . In Fig . 1 , where there is exact synchronism , the shaft is supposed to be coupled directly to an engine running at 500 revolutions per minute and producing a torque having three variations per ...
Seite 373
... inertia , but the time of vibration should be ascertained , in order to see that it does not approximate to the time - interval of the change in magnitude of the resultant force applied to the shaft . In this Paper the methods of ...
... inertia , but the time of vibration should be ascertained , in order to see that it does not approximate to the time - interval of the change in magnitude of the resultant force applied to the shaft . In this Paper the methods of ...
Seite 378
... inertia of the shaft in equation ( 4 ) is equivalent to the addition of one - third the mass of the shaft to the carried mass M. When the shaft is not uniform in section from end to end there is a source of uncertainty which will See ...
... inertia of the shaft in equation ( 4 ) is equivalent to the addition of one - third the mass of the shaft to the carried mass M. When the shaft is not uniform in section from end to end there is a source of uncertainty which will See ...
Seite 382
... inertia of the load , i that of the whole shaft about the axis , and x the distance of the loaded section from the fixed end . If the load be a fine ring of diameter D and mass M concentric with the cross - section of the shaft , then I ...
... inertia of the load , i that of the whole shaft about the axis , and x the distance of the loaded section from the fixed end . If the load be a fine ring of diameter D and mass M concentric with the cross - section of the shaft , then I ...
Seite 383
... inertia and of the kinetic energy . Let I denote , with the suffixes 1 , 2 and 3 , the moments of inertia of the rotating masses . In all but the general equations these are in lb. - foot units ; that is , if the mass has a weight of W ...
... inertia and of the kinetic energy . Let I denote , with the suffixes 1 , 2 and 3 , the moments of inertia of the rotating masses . In all but the general equations these are in lb. - foot units ; that is , if the mass has a weight of W ...
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armoured armoured cruisers Australia Author average battleships bridge C.E. VOL carried cast-iron pipe catchment catchment-area caulking cement cent CLXII coating concrete considerable construction Coolgardie cost cruisers cubic Cunderdin cycle cylinder depth diameter discharge efficiency electrical engine equation experience feet flow foot girders heat Helena River increase Inst Institution internal-combustion engines iron joints Kalgoorlie length less load locking-bar pipe longitudinal machinery masonry maximum metres miles million gallons moment of inertia mortar Mundaring naval obtained Paper pipe-line placed plates portion practice pressure pumping-station pumps Railway rainfall ratio reservoir revolutions per minute River riveted pipes sand scheme shaft ships Sir William White span speed square inch square miles stations steel pipes Storage-period stresses supply surface temperature tests thickness tion tons per square valves vertical vessels vibration Vittorio Emanuele III watershed weir Western Australia yield