Automated Fringe Analysis System for Profilometric Mass-Transfer Experiments: J.J. Nebrensky, in Optical Methods for Data Processing in Heat and Fluid Flow eds. C. Greated, J. Cosgrove and J.M. Buick, chapter 24, pages 295-304. Professional Engineering Publishing: ISBN 1 86058 281 8, 2002
A New Scheme for Fringe Analysis in Mass Transfer Experiments: J.J.Nebrensky, in Optical Methods and Data Processing in Heat and Fluid Flow, IMechE Conference Transaction 1998-2, pp. 171-177. Professional Engineering Publishing: ISBN 1 86058 142 0, 1998
A New Approach to Automated Fringe Analysis in Mass Transfer Applications: J.J. Nebrensky, in Applied Optics and Optoelectronics 1998 -proceedings of the Applied Optics Divisional Conference of the Institute of Physics, Brighton, UK, 16^th-19^th March 1998. ed. K.T.V. Grattan. pp. 91-96. Institute of Physics Publishing: ISBN 0 7503 0456 1, 1998
Natural Convection Mass Transfer Measurement in Air using the Swollen Polymer Technique: J.J. Nebrensky and N. Macleod, presented at the IMechE International Seminar on Optical Methods and Data Processing in Heat and Fluid Flow, London, UK, 18^th-19^th April 1996. pp. 27-37. IMechE Publications: ISBN 0 85298 992 X, 1996
Natural Convection Mass Transfer Measurement in Air using the Swollen Polymer Technique with Holographic Interferometry: J.J.Nebrensky, N. Macleod and W.J. Hossack, The 1995 IChemE Research Event/First European Conference for Young Researchers in Chemical Engineering, Edinburgh, Scotland, January 1995.
Mass Transfer Measurement by Holographic Interferometry for a Turbulent Jet Impinging on a Flat Plate at Moderate Reynolds Numbers: J.J. Nebrensky and N. Macleod, presented at the Seventh International Symposium on Applications of Laser Techniques to Fluid Mechanics, Lisbon, Portugal, 11^th-14^thJuly 1994.

Re-prints are available - please write or e-mail.

A Swollen Polymer Method Bibliography

Currently disordered and very incomplete!

Papers from journals or conferences:

D. Lampard and N.Hay: "The Use of a Mass Transfer Technique to Infer Heat Transfer Coefficients on Film Cooled Turbine Components" Measurement Science and Technology 11 pp.933-941, 2000
C.A. Roberts, J.R. Leech and N.S. Girgis: "A New Way of Obtaining Heat and Mass Transfer at Flat Surfaces Coated with Swollen Polymer by Measuring Recession with Projected Fringes," International Journal of Heat and Mass Transfer, 38 pp.393-402,1995
C.A. Roberts, N.S. Girgis, J.R. Leech and I.V.F. Viney: "Mass Transfer from an Opaque Swollen Polymer Measured by a Projected Fringe Optical Technique," International Communications in Heat and Mass Transfer, 18 pp.251-258, 1991
C.L. Saluja, B.L. Button and B.N. Dobbins: "Full-Field in-situ Measurement of Local Mass Transfer Coefficients using ESPI with the Swollen Polymer Technique," International Journal of Heat and Mass Transfer, 31 pp.1375-1384, 1988
N. Hay, D. Lampard and C.L. Saluja: "Effects of Cooling Films on the Heat Transfer Coefficient on a Flat Plate with Zero Mainstream Pressure Gradient" ASME Journal of Engineering for Gas Turbines and Power 107 pp.105-110, 1985
W.R. Paterson, R.A. Colledge, J.I. Macnab and J.A. Joy: "Solid-Gas Mass Transfer Measurement by the Swollen Polymer Method: Proving of Swelling Agents," International Journal of Heat and Mass Transfer, 30 pp.279-287, 1987
H-S Law and J.H. Masliyah: "Coherent Optical Measurement Techniques in Profilometric Determination of Local Mass Transfer Coefficients" Optics and Lasers in Engineering, 5 pp.211-229, 1984
J.H. Masliyah and T.T. Nguyen: "Holographic Determination of Mass Transfer Due to Impinging Square Jet," Canadian Journal of Chemical Engineering, 54 pp.299-304, 1976
J.H. Masliyah and T.T. Nguyen: "Free Convection Mass Transfer: Laminar and Turbulent," International Journal of Heat and Mass Transfer, 18 pp.1443-1447, 1975
J.H. Masliyah and T.T. Nguyen: "Qualitative Study in Mass Transfer by Laser Holography" Canadian Journal of Chemical Engineering, 52 pp.664-665, 1974
N. Macleod: "Convective Mass Transfer Coefficient Measurement by Holographic and Electronic Speckle Pattern Interferometry" Optical Metrology ed. O.D.D. Soares,pp.573-586 Martinus Nijhoff Publishers, 1987
D.N. Kapur and N. Macleod: "The Estimation of Local Heat Transfer Coefficients for Two-Dimensional Surface Roughness Elements by Holographic Interferometry" Engineering Uses of Coherent Optics ed. E.R. Robertson, Cambridge University Press, pp.615-630, 1976
D.N. Kapur and N. Macleod: "Vapor Pressure Determination for Certain High-Boiling Point Liquids by Holography" Industrial and Engineering Chemistry: Product Research and Development 15 pp.50-54, 1976
D.N. Kapur and N.Macleod: "Determination of Local Mass Transfer Coefficients by Holographic Interferometry" International Journal of Heat and Mass Transfer 17 pp.1151-1162, 1974
D.N. Kapur and N.Macleod: "Use of Holographic Interferometry for the Measurement of Local Mass Transfer Coefficients" Journal of Photographic Science 23 pp.81-84, 1975
D.N. Kapur and N.Macleod: "Holographic Determination of Local Mass Transfer Coefficients at a Solid-Liquid Boundary" AIChE Journal 21 pp.184-187, 1975
N. Macleod and R.B. Todd: "Experimental Determination of Wall-Fluid Mass Transfer Coefficients Using Plasticised Polymer Surface Coatings" International Journal of Heat and Mass Transfer 16 pp.485-504, 1973

Theses:

J.J. Nebrensky, Optical Measurement of Local Mass Transfer Coefficients in Naturally Convecting Systems, PhD Thesis, University of Edinburgh, 1996
T.H. Sheldrake, Heat Transfer Measurements in and around the Valves and Ports of an Internal Combustion Engine, PhD Thesis, Sunderland University, 1996
C.A. Roberts, Mass Transfer from Swollen Polymers Measured by Projected Fringes, PhD Thesis, Coventry University, 1993
N. Gholizadeh, Interferometric Measurement of Local Mass Transfer to an Impinging Jet by Non-Photographic Holography, PhD Thesis, University of Edinburgh, 1992
H.D. Ammari, The Heat Transfer Coefficient on Film Cooled Surfaces, PhD Thesis, University of Nottingham, 1989
I.F. Burns, The Validation of the Swollen Polymer Technique for the Acquisition of Film-Cooling Data, MPhil Thesis, University of Nottingham, 1986
R.A. Colledge, Heat and Mass Transfer at the Wall of a Packed Bed at High Reynolds Numbers, PhD Thesis, Cambridge University, 1985
A.L. Larez,The Measurement of Convective Mass Transfer Coefficients by Holographic Interferometry, PhD Thesis, University of Edinburgh, 1982.
D.N. Kapur,The Profilometric Determination of Mass Transfer Coefficients by Holographic Interferometry, PhD Thesis, University of Edinburgh, 1973.
R.B. Todd, The Profilometric Determination of Mass Transfer Rates Using Swelling Polymer Films, PhD Thesis, University of Edinburgh, 1965

Related Journal Papers

Heat and Mass Transfer:

A.I. Behbahani and B.W. Stewart: "Measurement of the Local Mass Transfer Coefficient by Holographic Interferometry," Proceedings of the National Heat Transfer Conference, ASME, HTD-112 pp.55-60, 1989
H. Grosse-Wilde and J. Uhlenbusch: "Measurement of Local Mass Transfer Coefficient by Holographic Interferometry" International Journal of Heat and Mass Transfer, 21 pp.677-682, 1978
K.H. Presser: "Die Stoffübertragung fest-gasförmig bei laminarer freier Konvektion" Wärme- und Stoffübertagung 5 pp.220-228, 1972
R.J. Goldstein and H.H. Cho: "A Review of Mass Transfer Measurements using Naphthalene Sublimation" Experimental Thermal and Fluid Science, 10 pp.416-434, 1995
M.T. Scholtz and O.Trass: "Mass Transfer in the Laminar Radial Wall Jet" AICHe Journal, 9 pp.548-554, 1963
B.W. Webb and C-F Ma, "Single Phase Liquid Jet Impingement Heat Transfer," Advances in Heat Transfer 26 pp.105-217, 1996

Fringe Analysis:

D.W. Robinson and G.T. Reid: Interferogram Analysis IOP Publishing, ISBN 0 7503 0197 X, 1993
B.L. Button, J. Cutts, B.N. Dobbins, C.J. Moxon and C. Wykes: "The Identification of Fringe Positions in Speckle Patterns" Optics and Laser Technology 17 (4) pp.189-192. 1985
K. Paler, K.M. Crennell, J. Kittler, B.N. Dobbins, B.L. Button and C. Wykes: "Identification of Fringe Minima in Electronic Speckle Pattern Images" Pattern Recognition Letters 6 (1) pp.33-44. 1987
L.S. Wang, S. Kapasi, K. Jambunathan and B.N. Dobbins: "Application of Phase-Stepping Speckle Interferometry to Mass Transfer Measurement" pp.207-211 Proceedings of the International Seminar on Optical Methods and Data Processing in Heat and Fluid Flow, City University, London, 14^th-15^th April 1994. Published by the Institution of Mechanical Engineers. 1994
T.M. Kreis: "Computer-Aided Evaluation of Fringe Patterns" Optics and Lasers in Engineering 19 pp.221-240. 1993
Srinivasan et al., "Fringe Processing and Analysis with a Neural Network" Optical Engineering 33 p.1166, 1994

Tomography:

H.G. Junginger and W. van Haeringen: "Calculation of the Three-Dimensional Refractive Index Field using Phase Integrals" Optics Communications 5 pp.1-4, 1972
D.W. Sweeney and C.M. Vest: "Reconstruction of Three-Dimensional Refractive Index Fields from Multi-Directional Interferometric Data" Applied Optics 12 pp.2649-2664, 1973
J.C. Hunter and M.W. Collins: "Three-Dimensional Refractive Index Field Reconstruction from Holographic Interferograms" International Journal of Optoelectronics 4 pp.95-132, 1989
K.D. Kihm, K. Okamota, D. Tsumi and H.S. Ko: "Adoption of a Genetic Algorithm for Tomographic Reconstruction of Line of Sight Optical Images" Experiments in Fluids 22 pp.137-143, 1996

General Texts

Holography and Interferometry:

N. Abramson: The Making and Evaluation of Holograms Academic Press 1981
W.T Cathey: Optical Information Processing and Holography Wiley 1974
H.J. Caulfield: Handbook of Optical Holography Academic Press 1979
P. Hariharan: Optical Holography Cambridge University Press 1984
C.M Vest: Holographic Interferometry Wiley 1979
T. Kreis: Holographic Interferometry Akademie Verlag, Berlin 1996
R. Jones and C. Wykes: Holographic and Speckle Interferometry 2nd Ed. Cambridge University Press 1989

Fluids and Mass Transfer:

D.J. Tritton: Physical Fluid Dynamics Oxford University Press 1988
M Van Dyke: An Album of Fluid Motion The Parabolic Press 1982

Optical Methods in Fluid Mechanics:

R.J. Goldstein: Fluid Mechanics Measurements, Hemisphere, 1983
R.J. Goldstein: Chapter in Measurements in Heat Transfer, McGraw-Hill, 1976
W. Hauf and U. Grigull: "Optical Methods in Heat Transfer" Advances in Heat Transfer 6 p.133, 1970
J. Lockett and M.W. Collins: "Holographic Interferometry and its Application to Turbulent Convective Heat Transfer" Journal of Optical Sensors 1 pp.191-208, 1986

Back to holography and mass transfer.

Henry Nebrensky

J.Nebrensky @ brunel.ac.uk

Further Reading

Conference Papers and Publications