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Date Name Thumbnail Size User Description Versions
04:21, 8 August 2019 Newton Lorenz m.tgz (file) 5 KB Apwillis Improved comments / plotting. 4
08:48, 25 July 2019 Newton Lorenz.f90 (file) 8 KB Apwillis Minor. Added a few comments in code. 3
01:55, 24 July 2019 NewtonHook.m (file) 6 KB Apwillis Minor. Change case of function name to match filename. 2
08:45, 28 June 2019 GMREShook.m (file) 641 bytes Apwillis Called by File:GMRESm.m. 1
08:44, 28 June 2019 GMRESm.m (file) 3 KB Apwillis MATLAB implementation of the GMRES method with hookstep option. See Newton-Krylov_method. 1
04:50, 26 June 2019 NewtonHook.f90 (file) 6 KB Apwillis Minor edits in comments only. 2
04:48, 26 June 2019 GMRESm.f90 (file) 5 KB Apwillis Minor edits in comments only. 2
06:58, 5 January 2018 TheOpenpipeflowSolver.pdf (file) 773 KB Apwillis Published version. 5
06:22, 5 January 2018 6551noshiftloop.mp4 (file) 4.03 MB Apwillis Slow streaks (blue) and vortices (yellow) 1
04:03, 20 December 2017 Tut E3d.png (file) 6 KB Apwillis Initial condition Re2400a1.25, run at Re=2500. 1
04:02, 20 December 2017 Tut spec0001.png (file) 8 KB Apwillis Initial condition Re2400a1.25, run at Re=2500. 1
04:42, 11 October 2017 Openpipeflow-1.21.tgz (file) 59 KB Apwillis Added tra_coll2phys(), tra_phys2coll(). 1
04:48, 23 August 2017 Re2500m4a1.7.RPO25.65.tgz (file) 706 KB Apwillis 8106 cf 6350. Short-period RPO in minimal pipe. Re=2500, alpha=1.7, m=4, shift-reflect. 1
04:47, 23 August 2017 Re2500m4a1.7.N4U.tgz (file) 710 KB Apwillis 8102 cf 6482. N4U, Re=2500, alpha=1.7, 'highly-symmetric' m=4 upper branch TW. 1
04:46, 23 August 2017 Re2500m4a1.7.N4L.tgz (file) 713 KB Apwillis 8101 cf 6481. N4L, Re=2500, alpha=1.7, 'highly-symmetric' m=4 lower branch TW. 1
04:42, 8 August 2017 Openpipeflow-1.20.tgz (file) 59 KB Apwillis Slight update to axis treatment. Symmetry property used in all calculations of derivatives. 1
04:51, 17 May 2017 Modules4.png (file) 35 KB Apwillis   2
05:29, 9 May 2017 Re0160.Rew10000.5D.CY.tgz (file) 22.81 MB Apwillis Re_0=160 (based on nu_max), Re_wall approx 10000, L=5D. Carreau-Yasuda model. 1
04:55, 9 May 2017 Re5300.Retau180.5D.LES.tgz (file) 801 KB Apwillis Re=5300, Retau approx 180, for LES. 1
02:43, 9 May 2017 Openpipeflow-1.12.tgz (file) 64 KB Apwillis added meanfluct.f90 util - fluctuations as function of radius. 2
08:48, 5 May 2017 Re2400m2.a1.25 N2ML.tgz (file) 1.26 MB Apwillis Added real and imag parts of leading eigenvector. 2
13:37, 3 May 2017 Fourier km par.png (file) 23 KB Apwillis Distribution of Fourier mode for _Ns=2 sections (split m=0,1 and m=1,2) and each of these into _Nr=3 sections (colours). Total _Np=_Ns*_Nr=6 sections/cores. 1
13:33, 3 May 2017 Fourier km.png (file) 19 KB Apwillis Fourier modes mapped to a single index: (k,m) --> nh 1
14:32, 10 February 2017 Newton template.f90 (file) 6 KB Apwillis Minor edits in comments. 2
11:27, 17 January 2017 DblPendShadowing2.png (file) 37 KB Apwillis Reverted to version as of 18:20, 17 January 2017 3
06:31, 13 December 2016 Openpipeflow-1.11c.tgz (file) 52 KB Apwillis Added default params.in read by newton.f90, see utils/newton_params.in 2
03:06, 13 December 2016 Arnoldi.f (file) 8 KB Apwillis For calculating the eigenvalues of a matrix. 1
02:40, 23 March 2016 Re1700.m2.RPO UB.a0.125.tgz (file) 9.7 MB Apwillis + shifts.dat 2
02:40, 23 March 2016 Re1712.m2.RPO LB.a0.125.tgz (file) 15.68 MB Apwillis + shifts.dat 2
06:15, 15 March 2016 Re775.M1.a1.437.tgz (file) 469 KB Apwillis PK07PRL Travelling wave Re=775, M1-class, alpha=1.437. c=0.657731 1
09:43, 14 March 2016 Re2400.S1.a1.25.tgz (file) 610 KB Apwillis 2721/PWK12JFM_S1 Travelling wave, S1. Re=2400, alpha=1.25 1
07:16, 26 November 2015 Openpipeflow-1.11b.tgz (file) 40 KB Apwillis Minor change to version 1.11 affecting use on many cores only. Check for _Np>i_N corrected to _Nr>i_N. 1
07:57, 2 October 2015 Openpipeflow-1.11.tgz (file) 40 KB Apwillis Citation info updated in 00README.txt only. Please check citation info online. 5
01:26, 21 July 2015 Re5300.Retau180.5D.tgz (file) 51.51 MB Apwillis cf. Eggels et al. (1994) JFM. 7130/ 1
08:25, 20 July 2015 Openpipeflow-1.10.tgz (file) 40 KB Apwillis   1
06:22, 20 July 2015 Re1900a0.0625.tgz (file) 47.5 MB Apwillis 5501 1
11:34, 18 November 2014 DoubleDoublePendulum.apk (file) 878 KB Apwillis corrected web link access. 2
09:04, 16 November 2014 Ddp003.png (file) 16 KB Apwillis Double double-pendulum. Nearby periodic orbit. 1
09:03, 16 November 2014 Ddp002.png (file) 16 KB Apwillis Double double-pendulum. Nearby periodic orbit. 1
09:02, 16 November 2014 Ddp001.png (file) 15 KB Apwillis Double double-pendulum. Trace orbit. 1
12:15, 22 October 2014 DblPendShadowing.png (file) 49 KB Apwillis Periodic orbits from the 'double pendulum'. The lines follow the path of the lower/outer pendulum. The image shows how a complex orbit (blue) can be constructed from shadowing of simpler short orbits (green,red). 1
07:43, 1 August 2014 6551noshift.ogg (file) 1.31 MB Apwillis Streaks (blue) and vortices (yellow). Re=2500, m=4. 1
05:36, 31 July 2014 Re4500.2eps.a0.314.tgz (file) 687 KB Apwillis Re=4500, '2+epsilon' model, L=10D See Willis & Kerswell (2008) JFM 1
07:09, 18 July 2014 OpenPFlogo3.png (file) 22 KB Apwillis   3
05:14, 16 July 2014 Re2400a1.25.tgz (file) 2.95 MB Apwillis   1
05:11, 16 July 2014 Re2400m2a1.25.tgz (file) 1.27 MB Apwillis   1
14:44, 14 July 2014 Openpipeflow-1.02b-doc.pdf (file) 151 KB Apwillis Documentation. 1
14:37, 14 July 2014 Openpipeflow-1.02b.tgz (file) 39 KB Apwillis Code. 1
10:46, 20 June 2014 OpenPFlogo2.png (file) 19 KB Apwillis   1
10:36, 20 June 2014 OpenPFlogo1.png (file) 358 KB Apwillis   1
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