Transactions of the Cambridge Philosophical Society, المجلد 22University Press, 1923 |
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الصفحة
... Steady Motion for a Liquid Ellipsoid , and the Oscillations of the Jacobian Figure . By R. HARGREAVES , M.A. ... ... ... ... ... ... ... ... ... ... ... PAGE 1 15 39 ... 55 61 ... VI . On the Fifth Book of Euclid's Elements ( Third ...
... Steady Motion for a Liquid Ellipsoid , and the Oscillations of the Jacobian Figure . By R. HARGREAVES , M.A. ... ... ... ... ... ... ... ... ... ... ... PAGE 1 15 39 ... 55 61 ... VI . On the Fifth Book of Euclid's Elements ( Third ...
الصفحة
... Steady Motion of Viscous Liquid contained between two Rotating Coaxal Circular Cylinders . By K. TAMAKI , Assistant Professor of Mathematics , Kyoto Imperial University , and W. J. HARRISON , M.A. , Fellow of Clare College , Cambridge ...
... Steady Motion of Viscous Liquid contained between two Rotating Coaxal Circular Cylinders . By K. TAMAKI , Assistant Professor of Mathematics , Kyoto Imperial University , and W. J. HARRISON , M.A. , Fellow of Clare College , Cambridge ...
الصفحة 40
... motion , the coordinate y normal to this surface . The motion is steady and will be assumed to be two - dimensional . If u , v be the component velocities at any point in the liquid , p the pressure , the equations of motion are ap да ...
... motion , the coordinate y normal to this surface . The motion is steady and will be assumed to be two - dimensional . If u , v be the component velocities at any point in the liquid , p the pressure , the equations of motion are ap да ...
الصفحة 47
... velocity increases ; ( 2 ) the position of the maximum pressure is displaced nearer to the ... steady flow of liquid under pressure between two parallel planes is ... motion and continuity are dp Ju Эх = μ მყო др = 0 იყ ( pu ) = 0 дх ...
... velocity increases ; ( 2 ) the position of the maximum pressure is displaced nearer to the ... steady flow of liquid under pressure between two parallel planes is ... motion and continuity are dp Ju Эх = μ მყო др = 0 იყ ( pu ) = 0 дх ...
الصفحة 60
... STEADY MOTION FOR A LIQUID ELLIPSOID , AND THE OSCILLATIONS OF THE JACOBIAN FIGURE BY R. HARGREAVES , M.A. CAMBRIDGE : AT THE UNIVERSITY PRESS M. DCCCC . XIV . ADVERTISEMENT THE Society as a body is not to be TRANSACTIONS The Domains of ...
... STEADY MOTION FOR A LIQUID ELLIPSOID , AND THE OSCILLATIONS OF THE JACOBIAN FIGURE BY R. HARGREAVES , M.A. CAMBRIDGE : AT THE UNIVERSITY PRESS M. DCCCC . XIV . ADVERTISEMENT THE Society as a body is not to be TRANSACTIONS The Domains of ...
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a₁ angle approximately asymptotic expansion atmosphere Axiom of Archimedes axis b₁ c₁ calculated coefficients considered constant convergent convex set cordon corresponding cos² curve d₁ definition denote density determined differential equations disturbance diurnal diurnal variations dyadic earth equal escape expression factor finite follows formula free path function G. H. Hardy giant star given h₂ Hence integral equation invariant Jacobian k₁ k₂ magnitude molecules obtained orbit paper parameters partitions plane positive potential Primitive Roots ratio relation respectively result rotation scalar shew shewn sin² solar solid angle solutions substitution suppose surface t₁ theorem theory v₁ values vector velocity w₁ X₁ XXII zero Σ Σ дх