Paper 43: The Transfer of Heat from Condensing Steam to a Cooled Rotating Disc

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Allen P. H. G. ‘Laminar-flow heat transfer with physical property change’, to be published in Elektrotech. Obz..

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Allen P. H. G. Finn A. H. ‘Profile development in a high Prandtl number fluid’ (in preparation).

Benson R. S. ‘Performance characteristics of radial gas turbines’, Pts 1–4 (unpublished notes).

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Wallace F. J. ‘Theoretical assessment of the performance characteristics of inward flow turbines’, Proc. Instn mech. Engrs 1958 172, 93.

Benson R. S. Cartwright W. G. Das S. K. ‘An analysis of the losses in the rotor of a radial flow gas turbine at zero incidence under conditions of steady flow’, Proc. Instn mech. Engrs 1967–68 182 (Pt 3H).

S.N.T.L. Technical Digest 1965 (No. 4), 270.

S.N.T.L. Technical Digest 1968 (No. 2), 85 Fig. 6.

Kastner L. J. Tindal M. J. Williams T. J. ‘Velocity and rate of flow measurements in internal combustion engines’, Proc. Instn mech. Engrs 1965–66 180 (Pt 3G), 101.

McVeigh J. C. Communication to (1) above.

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Collier J. G. ‘Two-phase pressure gradient’, A.E.R.E. RS/L 207.

Rooney D. H. ‘The measurement of void fraction or density using gamma rays’, Metering of two-phase mixtures. Paper No. 4.1, N.E.L. Report No. 217, February, 1966.

Gardner G. C. ‘Events leading to erosion in the steam turbine’, Proc. Instn mech. Engrs 1963–64 178 (Pt 1), 593.

Frössling N. Beitz. Geophys. 1938 52, 170.

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Richardson E. G. ‘Evaporation of a liquid drop into a gas stream’, General Discussion on Heat Transfer 1951, 66 (Instn Mech. Engrs, London, Amer. Soc. Mech. Engrs, New York).

Lenard P. Meteorolog. z. 1904, 249.

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Moore M. J. Langford R. W. Tipping J. C. ‘Research at C.E.R.L. on turbine blade erosion’, Proc. Instn mech. Engrs 1967–68 182 (Pt 3H), Paper 5.

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Wallace F. J. Adgey J. ‘Theoretical assessment of the non-steady flow performance of inward radial flow turbines’, Proc. Instn mech. Engrs 1967–68 182 (Pt 3H), 22.

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Stodola A. Steam and gas turbines 1965 2 (Peter Smith, New York).

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