Papers of G. K. Batchelor

Inventory list
Return to archival description
Identifier Sort ascending Title Level of description Date Digital object
9 'On the spontaneous magnetic field in a conducting liquid in turbulent motion': includes correspondence on the subject with ‘Scotty’ File 1950
10 'Pressure fluctuations in isotropic turbulence', with letters from James Lighthill and Don Collis, calculations and graphs File 1951-1953
12 'The effect of homogeneous turbulence on material lines and surfaces' File 1952
14 'The conditions for dynamic similarity of motions of a perfect-gas atmosphere' File 1953
15 'Heat transfer by free convection across a closed cavity between vertical boundaries at different temperatures ' File 1954
18 'The effective pressure exerted by a gas in turbulent motion' File 1955
20 'The large-scale structure of homogeneous turbulence', written in conjunction with Ian Proudman File 1956
29 'Introduction to fluid dynamics' File 1967
30 'Slender-body theory for particles of arbitrary cross-section in Stokes flow': correspondence and rejected drafts File 1970
31 'The stress system in a suspension of force-free particles' File 1970
36 'Mass transfer from a particle suspended in fluid with a steady linear ambient velocity of distribution ' File 1978-1980
44 'Homogeneous buoyancy-generated turbulence', written with V M Canuto and J R Chasnov. Includes a lengthy correspondence between the authors File 1988-1992
53 'The Scientific Papers of Sir Geoffrey Ingram Taylor' File 1958-1971
55 File of correspondence inviting Batchelor to submit publications File 1953-1994
56 Folder of book reviews by Batchelor File 1949-1989
4 ‘Magneto-hydrodynamic waves’ File n.d.
6 ‘Diffusion in sheer flow’ File n.d.
11 ‘Extension of Bondi and Gould’s theorem to a case of finite t’ Item n.d.
14 ‘Radial compressible flow in two dimensions’ Item n.d.
15 ‘Fine-scale structure of a turbulent distribution of temperature’ Item n.d.
23 ‘Use of the reciprocal theorem to relate: (1) Relative velocity of two force-free, couple-free spheres in a pure straining motion and (2) Force-dipole strength of one of two spheres on which equal and opposite forces F~1 and F~2 (but no couple) act’ Item n.d.
27 ‘Consider turbulent diffusion of conserved quantities …’ Item n.d.
28 ‘The stress system in a very concentrated suspension’ Item n.d.
35 ‘Derivation of scattering cross section in general form’ Item n.d.
39 ‘Scattering of sound waves by turbulent convection a la Olukoff’ Item n.d.
49 ‘Measurement of turbulent diffusion in a stream of ions’ Item 15 Apr 1944
52 ‘Surface oscillations in a flat-bottomed circular vessel with a vortex at the axis’ Item 2 Mar 1946
53 ‘Production of vorticity due to turbulence’ Item 21 May 1946
55 ‘Self preservation and energy decay law’ Item 5 Apr 1948
58 File labelled ‘Notes on homogeneous turbulence’ Item 1949-1950