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J. Fluid Mech. (2021), vol. 916, A17, doi:10.1017/jfm.2021.181…
www.damtp.cam.ac.uk/user/lauga/papers/190.pdf8 Jul 2021: φ̇2{(s 1) sin φ2, (s 1) cos φ2} 1 < s < 3,(2.17). ... MPθ 1 MPθ 2. (2.35). and. MPx1 = 2Δζ81ζ‖. (4φ1 5φ2) cos θ, (2.36). -
Pumping by flapping in a viscoelastic fluid On Shun ...
www.damtp.cam.ac.uk/user/lauga/papers/38.pdf26 Jul 2013: ̃1 =ir2. 4!cos 2" 1" ,! 16a". ũ1r = ir. 2sin 2" ,! 16b". ũ1" =ir. 2!1 cos 2""! 16c". B. Second-order solution. 1. ... 4-̃4!0" = 0. A4 sin 2" B4 cos 2" C4 sin 4"r2. ,! -
Microswimmers in vortices: dynamics and trapping
www.damtp.cam.ac.uk/user/lauga/images/cover_214.pdf14 Feb 2023: r3; (12b). _c 32r3ð1þB cos 2cÞa. rsin c; (12c). where we recall that B = (a2 1)/(a2 1) A (0,1) is the shapefactor of the spheroid. ... 3A). Otherwise, it will escape due tothe fact that :r p cos c. -
Instabilities of a thin coating on a vertical fibre; Newtonian,…
www.damtp.cam.ac.uk/user/hinch/talks/Leeds2015.pdf10 Oct 2015: H′3 H′′′3 = G1. 1. Pn1 (1 cos x)n1, H3 Sx. ... H′5 H′′′5 = 0, H5 = A5 B5 sin x C5 cos x. -
On the squirming motion of nearly spherical deformable bodies through …
www.damtp.cam.ac.uk/user/gold/pdfs/teaching/FDSE/Lighthill52.pdf30 Mar 2008: Here P, (cos e) is the ordinary Legendre polynomial, and V , is defined by equation. ... V , = sin e, V , = sin e cos 8, V , = t sin e (5 cos2 e - 1). -
N13LBb.dvi
www.damtp.cam.ac.uk/user/rrh/notes/N13LBb.pdf22 May 2006: 1. 0. dy cos(py) = ddp. (sin(p). p. ). =1. p2sin(p) 1. ... X(x) = A sin(αx) B cos(αx) ,. T(t) = D exp(κα2t). • -
Passive hydrodynamic synchronization of two-dimensional swimming…
www.damtp.cam.ac.uk/user/lauga/papers/47.pdf26 Jul 2013: uy=y1 = 1 ṠR cos y=y1 , 11a. vy=y1 = ṠR sin y=y1 , 11b. ... uy=y2 = 1 ṠR cos y=y2 U , 11c. vy=y2 = ṠR sin y=y2. -
Cop yrig ht © 202 3 U nive rsity ...
www.damtp.cam.ac.uk/user/examples/3P2a.pdf10 Oct 2023: a) σiσj = Iδij iǫijkσk,. (b) σ2σσ2 = σ,. (c) exp(iθn σ/2) = I cos(θ/2) in σ sin(θ/2). ... t(A B) t2. 2[A, B]. t3. 12{[A, [A, B]] [B, [B, A]]}. ). -
D15a.dvi
www.damtp.cam.ac.uk/user/examples/D15a.pdf14 Oct 2014: obtain:. Φ(ϕ) = A sin(λϕ) B cos(λϕ),. with positve constants A, B. ... Aλrλ Bλr. λ) sin(λϕ) (Cλrλ Dλr. λ) cos(λϕ). E0 F0 ln(r). -
topicsinqm
www.damtp.cam.ac.uk/user/tong/aqm/topics2.pdf2 Jul 2024: 45 –. by a sign, since this can be compensated by the cos function. ... Insisting that the two. cos functions agree, up to sign, gives us the condition. -
Shocking, the slow changes inHKM’s thin coat by HKM2 ...
www.damtp.cam.ac.uk/user/hinch/talks/hkm3.pdf23 May 2006: Solution. h1 = cos θ A(T ) cos(θ τ ) B(T ) sin(θ τ ). n>1. [An cos n(θ τ ) Bn sin n(θ τ )] eαn2(n21)τ. ... Secularity condition – resonant sin(θ τ ) and cos(θ τ ). d. dT. (. A. B. ). =. (. a b. b a. )(. -
DOI 10.1140/epje/i2014-14060-y Regular Article Eur. Phys. J. E (2014) …
www.damtp.cam.ac.uk/user/lauga/papers/94.pdf29 Aug 2014: cosh ξ cos η ,. z =c sinh ξ. cosh ξ cos η , (B.1). ... UndVndη. , (B.17). ψ̂. ξ= 3. 2sinh ξ. (cosh ξ cos η)5/2. -
doi:
www.damtp.cam.ac.uk/user/drh39/2013_stability.pdf1 Dec 2023: X = 0 is given byF′ G = c0, (cos X σ0) G sin XF = 0, (4.4a,b). ... Θ = Ae(1κ2)τ cos κX Z, W = Ae(1κ2)τ cos κX, (5.1a,b)for any amplitude A. -
Dow nloa ded from http s://r oyal soci etyp ...
www.damtp.cam.ac.uk/user/lauga/papers/219.pdf2 Jan 2024: cos u (1 b sin u) þ O ln Rðh RÞ. : ... u1. hvg. x. y. DD. (a) (b). =. =. cos(θ)2. –cos(θ). -
dynrel
www.damtp.cam.ac.uk/user/tong/relativity/six.pdf3 Jul 2024: This too can be. resolved as. T = T cos r̂ T sin ̂. ... ei!t sin A cos. rg. lt B sin. rg. lt. -
Mathematical Tripos Part II E.J. HinchWAVES Lent 2013 Example ...
www.damtp.cam.ac.uk/user/hinch/teaching/D24b.pdf19 Jan 2013: Find the time-averaged energy flux vector 〈I〉 for (i) a plane harmonic S-wave with u =B cos(kx ωt), (ii) a plane harmonic P-wave with u = Ak̂ ... An SV-wave with displacement. u = B(cos θ, 0,sin θ)eik(x sin θz cos θ)iωt. -
3 Structure Formation‣ Cosmology by David Tong
www.damtp.cam.ac.uk/user/tong/cosmo/cosmohtml/S3.html18 Oct 2021: cos. (. ω. t. -. 𝐤. 𝐱. ). B. (. 𝐤. ). sin. (. ω. t. -. 𝐤. 𝐱. ). (3.143). ... This form of the solution is more useful simply because it’s quicker to write exponentials rather than cos and sin. -
Mathematical Tripos, Part IB : Electromagnetism 4 Electromagnetic…
www.damtp.cam.ac.uk/user/ngb23/EM/Chapter4.pdf9 Apr 2009: When the normal to the coil makes an angle θ = ωt to B as shown, so that n = cos θksin θi,then the flux of B through the coil is. ... B dS = N B nA = N B cos θA. -
5 Angular Momentum In the previous chapter we obtained ...
www.damtp.cam.ac.uk/user/dbs26/PQM/chap5.pdf23 Nov 2019: The. Hamiltonian felt by the protons will then be. H = µ (B b cos(ωt) ) = 2µ. ... The TDSE for this system is thus(ȧ. ḃ. )= i. (B b cos(ωt). -
Wave Scattering in a Rough Elastic Layer Adjoining a Fluid Half-space
www.damtp.cam.ac.uk/user/ms100/PAPERS/JASA95elastic.pdf4 Feb 2020: in Ow(l i)]B 1 •- ,. cos cos cos k2• sin 20.• -k} cos 20.,)A• iT.,•, 2k•, cos. ... d{ - 3a./.} cos X sin Or,( 1 i) - 2iR•vki, cos Ov] B•. -
3 Introducing Riemannian Geometry‣ General Relativity by David Tong
www.damtp.cam.ac.uk/user/tong/gr/grhtml/S3.html16 Oct 2021: X. and. Y. at each point, using. g. (. X. ,. Y. ). =. |. X. |. |. Y. |. cos. θ. ... θ. ϕ. =. cos. θ. sin. θ. (3.111). From these, it is straightforward to compute the components of the Riemann tensor. -
2 The Lagrangian Formalism
www.damtp.cam.ac.uk/user/tong/dynamics/dynhtml/S2.html27 Mar 2022: θ. =. -. (. g. /. l. ). sin. θ. ,. T. =. m. l. θ. ˙. 2. m. g. cos. θ. ... 2. sin. 2. θ. ). m. g. l. cos. θ. Notice that the coordinate. -
Dynamics of Astrophysical Discs Mathematical Tripos, Part…
www.damtp.cam.ac.uk/user/gio10/3A7b.pdf12 Feb 2020: Hence show that, for large Reynolds number, an energy amplification of(cos θ. ... ȧ. a= ḃ. b= S sin θ cos θ ,. θ̇ =S(b2 cos2 θ a2 sin2 θ). -
2 A Quantum Particle in One Dimension There is ...
www.damtp.cam.ac.uk/user/tong/qm/qm2.pdf26 Jun 2024: or,. (x) = B cos kx |x| < a (2.34). where B is again a normalisation constant and k is, like , related to the energy, now. ... automatically patched at x = a as well. We have. (x) cts at x = a ) B cos ka = Aea. -
The Quantum Hall Effect Trinity Mathematical Society, October 2016 ...
www.damtp.cam.ac.uk/user/tong/talks/quantumhall.pdf11 Oct 2016: 8. µAµ@A. x =v! cos!t. y = v! sin!t. mẍ = eẋ B! ... x =v! cos!t. y = v! sin!t. mẍ = eẋ B! -
dynrel
www.damtp.cam.ac.uk/user/tong/relativity/two.pdf3 Jul 2024: x(t) = A cos(!t) B sin(!t) with! =. rk. m. Here A and B are two integration constants and! ... E = mgl cos 0. We can determine the period T of the pendulum using (2.6). -
Software packages and FreeFem++ For simple straight forward problems…
www.damtp.cam.ac.uk/user/hinch/teaching/GIANHandouts/L9FreeFem.pdf13 Dec 2017: real a=2.,b=1.;. border Gamma1(t=0,2pi) { x = a cos(t); y = bsin(t); }. border Gamma2(t=0,2pi) { x = 0.5a cos(t); y = 0.5bsin(t); }. // ... border Gamma(t=0,2pi) { x = cos(t); y = sin(t); }. mesh Th=buildmesh(Gamma(20));. -
Part III Applications of Differential Geometry to Physics, Sheet ...
www.damtp.cam.ac.uk/user/md327/PartIII_geom1.pdf22 Jan 2020: Consider the matrix representation of the Euclidean group E(2) in twodimensions cos θ sin θ asin θ cos θ b. ... a cos ψ sin θ. b+ sin ψ. 1. l. θ. -
http://journals.cambridge.org Downloaded: 24 Aug 2009 IP address:…
www.damtp.cam.ac.uk/user/hinch/publications/JFM56_803.pdf24 Aug 2009: he, = sin 0 cos 8 ( A 2 - sin2 0)B sin 0 cos $, he, = - sin2 8 ( A 2 - sin2 0 ) t cos 0 cos $, he, = (A2 - sin2 8)j ... Gal. ( 6 b ). ( 6 c ). ( 7 ). and the orbit equation (1) reduces to. 4 = [ C O S 0 (A2 - sin2 6) cos 91 with 0 constant. -
Michaelmas 2016 1B Methods 1B Methods – Example Sheet ...
www.damtp.cam.ac.uk/user/dbs26/1BMethods/probs3.pdf12 Nov 2016: 8. By considering the Fourier transform of the function. f(x) =. {cos x for |x| < π/20 for |x| π/2 ,. David Skinner d.b.skinner@damtp.cam.ac.uk. ... is. fα(x) =2i. π(α2 x2)(α cosh α sin xx cos x sinh α). -
MATHEMATICAL TRIPOS PART IB ELECTROMAGNETISM: Examples 3 1. It ...
www.damtp.cam.ac.uk/user/ngb23/EM/B10c.pdf20 Jan 2009: MATHEMATICAL TRIPOS PART IB. ELECTROMAGNETISM: Examples 3. 1. It is given, as a consequence of the Maxwell equation E = B/t, that. ... b. ]. sin(kz ωt), Bz =nπA. bcos. [ nπy. b. ]. cos(kz ωt),. where n is an integer and A is constant. -
topicsinqm
www.damtp.cam.ac.uk/user/tong/aqm/topics6.pdf2 Jul 2024: b = R sin. 2. 2. = R cos. 2. If b > R, clearly there is no scattering. ... incident(r) = eikz = eikr cos. is also a solution to the Schrödinger equation. -
omg2.dvi
www.damtp.cam.ac.uk/user/tong/statphys/omg2.pdf7 Feb 2012: a magnetic moment m aligned along its axis. Let there be a magnetic field B, so that. ... each molecule has a potential energy mB cos θ (θ being the angle between the axis. -
4 The Hamiltonian Formalism
www.damtp.cam.ac.uk/user/tong/dynamics/dynhtml/S4.html27 Mar 2022: R. cos. (. ω. (. t. -. t. 0. ). ). (4.299). with. a. ,. b. ,. R. and. t. 0. integration constants. ... A. cos. (. ω. (. t. -. t. 0. ). ). and. p. =. -. m. ω. A. sin. (. ω. (. -
Lopsided coatings of a visco-elastic fluid on a vertical fibre
www.damtp.cam.ac.uk/user/hinch/talks/APSBoston2015.pdf18 Nov 2015: 2. z2h5 B. 2. θ2h5 = 0,. (curiously A α/6, but B β/80). ... t1/4. h(π) =1 cos L. t1/4. (K ((π L) cos L sin L. -
Mathematical Tripos Part IA Michaelmas term 2015 Mechanics…
www.damtp.cam.ac.uk/user/po242/pdfs/Mech2015/examples9.pdf8 Oct 2015: The other end,B, is fixed. The particle moves in a horizontal circle a distance d below B. ... cos θ,. where cos θ = d/l. 2 A particle rests at the top of a smooth sphere. -
doi:
www.damtp.cam.ac.uk/user/gold/pdfs/vesicles_jfm_online.pdf17 Apr 2012: vr = rν cos φ[c(ν 1)Pν1 b(ν 1) cos θ Pν. ], ... 2.12a). vθ = rν cos φ[cP′ν1 2a csc θ Pν b. -
Standard Model Mathematical Tripos, Part IIIDr M B Wingate ...
www.damtp.cam.ac.uk/user/wingate/Notes/StdM/sheet3.pdf23 Feb 2015: weak. charged current interaction). Given R(θ) =. (cos θ sin θsin θ cos θ. ), ... 4 cos θ. (2a2D v2a2D2. )},. where v = 2 sin2 θW 12,a = 12. -
10 Interpreting Quantum Mechanics In this final chapter, I ...
www.damtp.cam.ac.uk/user/dbs26/PQM/chap10.pdf6 Dec 2019: b〉 = cos(θ. 2. )eiφ/2|〉 sin. (θ. 2. )eiφ/2|〉 (10.47). as we found in the second problem sheet, where θ = cos1(a b) and φ is the azimuthalangle ... In particular, suppose a and b are unit vectors, with a b = 0 and b′ = b cos α a sin α.Then -
J. Fluid Mech. (2016), vol. 790, pp. 173–204. c© ...
www.damtp.cam.ac.uk/user/drh39/2016_slotty.pdf1 Dec 2023: pxpy. )=S(Q;B, 1). (cos θsin θ. )and. (ψxψy. )=Q. (sin θcos θ. ), ... x, y)= 13 B2a2(cos 3θ 3 cos θ, sin 3θ 3 sin θ). -
Paper2.dvi
www.damtp.cam.ac.uk/user/na/NA_papers/NA2008_12.pdf7 Oct 2008: tn. g(t) dt. If b(t) = ε cos ϑ(t) then the integral in(2.4) is of the form. ... The first step is to rewriteb(t) in the form. b(t) = 12 [cos(ω̃1t) cos(ω̃2t)],whereω̃1 = ω1 ω2 and ω̃2 = ω1 ω2. -
Microswimmers in vortices: dynamics and trapping
www.damtp.cam.ac.uk/user/lauga/papers/214.pdf7 Dec 2023: r3; (12b). _c % 32r3ð1þB cos 2cÞ%a. rsin c; (12c). where we recall that B = (a2 % 1)/(a2 1) A (0,1) is the shapefactor of the spheroid. ... Fig. 3A). Otherwise, it will escape due tothe fact that :r p cos c. -
J. Fluid Mech. (2022), vol. 936, A17, doi:10.1017/jfm.2022.48…
www.damtp.cam.ac.uk/user/drh39/2022_swim.pdf1 Dec 2023: tan δ = (Ws 1) sin Φ(Ws 1) cos Φ Q, (2.18). ... Fx(δ, n, Bi) Bifx(|δ|) sgn(δ) Fz(δ, n, Bi) Bifz(|δ|) sgn(cos δ), (3.6a,b)for some functions fx and fz. -
Mathematical Tripos, Part IA Michaelmas Term 2013Mechanics…
www.damtp.cam.ac.uk/user/wingate/Notes/Mechanics/examples12.pdf25 Nov 2013: v2 =g sin2 θ. cos θ. where cos θ = d/. ... the particle and deduce that the particleleaves the surface of the sphere when cos θ = 2/3. -
J. Fluid Mech. (2019), vol. 869, pp. 468–499. c© ...
www.damtp.cam.ac.uk/user/drh39/2019_JPlayers.pdf1 Dec 2023: u= eσ cos(2πy). I0(σ)1, v=0. (3.2a,b). Given this fixed, known velocity the concentration simply evolves via the advection–diffusion equation (2.7). ... u(x, y, t)= eσ cos(2πy)Rc′(x,y,t) 1. 0eσ cos(2πs)Rc. ′(x,s,t) ds1. (4.4). -
Dr A. Hansen Mathematical Tripos Part II: Michaelmas Term ...
www.damtp.cam.ac.uk/research/afha/lectures/Part_II_NumAn/b06.pdf12 Oct 2020: S =. α β. β α. ββ α. ,are given by λk = α 2 i β cos kx, and wk = (im sin kmx)Mm=1, where x = πh =. πM1. So, all ... λk(A) =λk(C). λk(B)=. 1 12 i µ cos kx. 1 12 i µ cos kx |λk(A)| = 1, k = 1.M. -
Worked ExampleA Rod Sliding Inside a Wire Loop A ...
www.damtp.cam.ac.uk/user/reh10/lectures/ia-dyn-handout19.pdf25 Feb 2008: Show that. θ̇2 =6gb. a2 3b2(cos θ cos α) (1). where b is the length OX, θ is the angle between OXand the vertical and α is the maximum value ... Combining these results,. 12 (. 13 a. 2 b2)θ̇2 gb cos θ = E/M. -
cosmo
www.damtp.cam.ac.uk/user/tong/cosmo/three.pdf26 Jun 2024: n(x, t) = A(k) cos (!t k x) B(k) sin (!t k x) (3.6). ... We’ll focus on the probability distribution of some scalar field (x) which, in the cos-. -
Preprint typeset in JHEP style - HYPER VERSION 2018 ...
www.damtp.cam.ac.uk/user/tong/gaugetheory/1em.pdf26 Jun 2024: which diverges at = 0 and =. However, the numerator 1 cos has a zero when = 0 and the gauge connection is fine there. ... cos = eg/4L. So far, our discussion has been classical. Now we invoke some. -
CMsummary3.dvi
www.damtp.cam.ac.uk/user/fq201/CMsummary3.pdf8 Apr 2008: In polar coordinates z = reiθ, Ar2r(B cos θC sin θ)D =0. ... Under the inversion 1/z ρeiφ = 1/reiθ this leads to Aρ(B cos φC sin φ)Dρ2 = 0which is also a circle.
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