The London, Edinburgh and Dublin Philosophical Magazine and Journal of ScienceTaylor & Francis, 1891 |
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Page 236
... elastic solid by the ordinary mathematical theory are as follows : - ( A ) The strain must be elastic , i . e . it must disappear on the removal of the stress . ( B ) The ratio of stress to strain must be independent of the magnitude of ...
... elastic solid by the ordinary mathematical theory are as follows : - ( A ) The strain must be elastic , i . e . it must disappear on the removal of the stress . ( B ) The ratio of stress to strain must be independent of the magnitude of ...
Page 238
... elastic for loads not exceeding L ,. No mechanical treatment , we shall suppose , can render it perfectly elastic for loads greater than Lg . It does not follow that a load Lg will necessarily rupture the bar either immediately or in ...
... elastic for loads not exceeding L ,. No mechanical treatment , we shall suppose , can render it perfectly elastic for loads greater than Lg . It does not follow that a load Lg will necessarily rupture the bar either immediately or in ...
Page 241
... elastic limit for load parallel to the axis of a bar does not raise the elastic limit for longitudinal load in a bar whose length lay in the cross section of the original bar . This would only suffice to prove that the treatment adopted ...
... elastic limit for load parallel to the axis of a bar does not raise the elastic limit for longitudinal load in a bar whose length lay in the cross section of the original bar . This would only suffice to prove that the treatment adopted ...
Contents
FIFTH SERIES | 1 |
JULY 1891 | 17 |
Mr S T Preston on an Acoustic Thermometera Suggestion | 58 |
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action allotropic atoms B.A. units bismuth body bulb c.c. of water calculated cent centim centimetres charges chemical chlorine circuit coefficient coil constant curve deflexion density diamagnetism diluted direction discharge dissociation distance effect elastic electricity electrolyte electromotive force energy equal equation error experimental experiments formula galvanometer give given hydrochloric acid hydrogen increase intensity ions J. J. Thomson latent heat length liquid Lupton magnetic force magnetic leakage mathematical Mean E.M.F. measured mercury metal method molecules motion negative node observed obtained paper Phil Pisati plate platinum pole position potential pressure primary quantity ratio reflector resistance rigidity salt secondary silver solid solitary wave solution strain substance sulphuric acid supposed surface Table temperature theory thermometer tion Tomlinson tube values vector potential velocity vibration Volts wave wave-length wire Young's modulus zero zinc