External Publications, Dr H.L. Walmsley

Please feel free to browse the up to date list of Dr Harold Walmsley's external publications.

Electrostatics:

1. Walmsley, H.L., “The Polarity Of The Current Generated By The Flow Of A Dielectric Liquid”, J. Electrostatics, 10, 283-288, 1981
2. Walmsley, H.L., Woodford, G. “Generation Of Electric Currents By The Laminar Flow Of Dielectric Liquids”, J. Phys. D: Appl. Phys., 14, 1761,1981
3. Walmsley, H.L. “The Generation Of Electric Currents By The Turbulent Flow Of Dielectric Liquids, Part 1; Long Pipes”, J. Phys. D: Appl. Phys., 15, 10,1907-1934,1982
4. Walmsley, H.L., “The Generation Of Electric Currents By The Turbulent Flow Of Dielectric Liquids; Part 2 - Pipes Of Finite Length”, J. Phys. D: Appl. Phys., 16, 4, 553-572 ,1983
5. Walmsley, H.L., “Charge Generation In Low Dielectric Constant Liquids”, Electrostatics '83, Inst. Phys. Conf. Ser., 66, 45-52, 1983
6. Walmsley, H.L., “Charge Relaxation In Pipes”, Electrostatics '83, Inst. Phys. Conf. Ser., 66, 209-214, 1983
7. Walmsley, H.L., “Electrostatic Hazards And Their Elimination In The Handlingof Petroleum Products”, International workshop on Electrostatics, Llandudno, 1983 published in The Bulletin, J. Assoc. for Petroleum and Explosives Administration, 22,1, 4-8, 1984
8. Walmsley, H.L., “The electrostatic hazard while tank washing”, Paper presented to IMO sub-committee on bulk chemicals, inert gas requirements for chemical carriers and gas carriers, BCH/82, 1984
9. Walmsley, H.L., “Electrostatic hazards from water slugs formed during the washing of ships tanks; Spark energy calculations”, J. Phys. D: Appl. Phys., 20, 329-339 ,1987
10. Bamigboye, A.O., Dorans, H., Lunn, K., Walmsley, H.L.. “An object-oriented approach to the analysis of incidents involving electrostatic discharges”, Proc. 5th International Conference, Applications
11. Walmsley, H.L., “The calculation of the electrostatic potentials that occur when tanks are filled with charged liquids”, J. Electrostatics, 26, 3,201-226 , 1991
12. Walmsley, H.L., “Electrostatic ignition risks in road tanker loading”, Inst. Pet. Quarterly Journal of Tech . Papers, Oct-Dec 1990, 65-92, 1990
13. Walmsley, H.L., “Electrostatic ignition risks in road tanker loading”, Petroleum Review, 44, 527, 632-637 December 1990
14. Walmsley, H.L., “Threshold potentials and discharge charge transfers for the evaluation of electrostatic hazards in road-tanker loading”, J. Electrostatics,26, 157-173 (1991)
15. Walmsley, H.L., Mills, J.S., “Electrostatic ignition hazards in road tanker loading; Part1. Review and experimental measurements”, J. Electrostatics, 28, 61-87, 1992
16. Walmsley, H.L., Gregory, K.E., “Electrostatic ignition hazards in road-tanker loading; Part2 - Statistical analysis for standard conditions”, J. Electrostatics, 28, 2, 99-123, 1992
17. Walmsley, H.L.,Gregory, K.E., Electrostatic ignition hazards in road tanker loading; Part3; The variation of risk with loading conditions”, J. Electrostatics, 28, 2, 125-148, 1992
18. Walmsley, H.L., “The avoidance of electrostatic hazards in the petroleum industry”, J. Electrostatics, 27, 1/2, p1-200, 1992
19. Walmsley, H.L., “The electrostatic potentials generated by loading multiple batches of product into a road tanker compartment”, J. Electrostatics,
20. Walmsley, H.L., “The electrostatic fields and potentials generated by the flow of liquid through plastic pipes”, J. Electrostatics, 38, 3,249-266 ,1996
21. Walmsley, H.L., “Electrostatic hazards in meter proving”, Petroleum Review, August 1996, 388-389, 1996
22. n, M.A., Davenport, J.N., Doel, R.C., Walmsley, H.L., “Risk Management; Electrostatic Ignition in Fuel. Safety Advice; Precautions to minimise the risk of electrostatic ignitions when loading and receiving fuels. "Protecting you from hazards in distribution"
23. Walmsley, H.L., “An assessment of electrostatic ignition risks and filling rules for loading road tankers with low sulphur diesel”, IP report
24. Walmsley, H.L., “Safety advice - Precautions against electrostatic ignitions when loading vehicles with bulk fuels”
25. Walmsley, H.L., Rugen, P., Threadgold, S., “Electrostatic discharges in two inch aviation fuel filter monitors”, Inst. Pet. Res. Rept., Oct 2002
26. Walmsley, H.L., “Induced charge errors in charge transfer measurement”, J. Electrostatics, 67, 2-3, 320-325, 2009

Air Emissions:

1. Walmsley, H.L. “The simulation of DIAL (LIDAR) performance”, AWMA
2. Walmsley, H.L., “DIAL calibration using external gas cells; the influence of variations in backscatter coefficient”, Proc. SPIE-Int. Soc. Opt. Eng. v2366, (1995), pp.272
3. Brown, D.R., Bullman, S., Walmsley, H.L., “The application of DIAL remote sensing technology to safety and environmental monitoring”, 1995 International Gas Research Conference
4. Walmsley, H.L., O'Connor, S.J., “The use of differential absorption LIDAR to measure emission rates at industrial facilities”, 5th Int. Symp. Optical Sensing
5. Walmsley, H.L., O'Connor, S.J., “The measurement of atmospheric emissions from process units using differential absorption LIDAR”, Paper at ENVIROSENSE 97,
6. Walmsley, H.L., O'Connor, S.J., “The measurement of atmospheric emissions from process units using DIAL ( DIfferential Absorption Lidar)”, Pure & Applied Optics
7. Walmsley, H.L., “VOC emissions; case studies from the petroleum industry”, Presented at: VOCs ''98, 7th annual conference on volatile organic compounds, 1998
8. Walmsley, H.L., O'Connor, S.J., “The accuracy and sensitivity of infrared differential absorption lidar measurements of hydrocarbon emissions from process units”, PURE AND APPLIED OPTICS, (JUL 1998), 7,4,907- 925,1998
9. O'Connor, S.J., Pasley, H., Walmsley, H.L. “Differential Absorption LIDAR (DIAL) measurements of the mechanisms of volatile organic compound loss from external floating roofed tanks”, Proceedings SPIE v.3493 (1998) p 255-266
10. O'Connor, S.J., Ubbens, T., Walmsley, H.L. DIAL measurements of VOC emissions from Goteborg Oil Harbour, September 1999
11. O'Connor, S.J.,Walmsley, H.L.,Nguyen, V.T. OGTP.01.30657R - Measurement of VOC emissions from storage tanks and comparison of emissions measured to estimates obtained by API method
12. O'Connor, S.J., Walmsley, H.L., Nguyen, V.T. The measurement of VOC emissions from storage tanks and a comparison of the emissions measured to the estimates obtained by using the API calculation method
13. Walmsley, H.L., The estimate and measurement of VOC emissions in the petroleum industry

Electrical Machines:

1. Walmsley, H.L., “The diagnosis of stator insulation condition in electrical machines offshore”
2. Buckley, S., Clark, P.E., Ewins, D.J., Gasper, B., Potter, S., Price, D.R., Robb, D.A., Walmsley, H.L., Williamson, S, “Experimental validation of a finite element method for predicting transient stator end-winding vibration in large electric motors”, Presented at: 3rd International Conference on Electrical Machines

Microbiology:

1. W.W.Nichols, S.M.Dorrington, M.P.E.Slack, H.L.Walmsley, “Inhibition of tobramycin diffusion by binding to alginate”, J.Microbiol., 13, 697, 1985
2. W.W.Nichols, R.G.Hewinson, M.P.E.Slack, H.L.Walmsley, “Estimation of the permeability parameter (c) for the flux of a charged molecule across the gram negative bacterial outer membrane”
3. W.W.Nichols, M.J.Evans, M.P.E.Slack, H.L.Walmsley, “The penetration of antibiotics into aggregates of mucoid and non-mucoid pseudomionas aeruginosa”, J.Gen. Microbiology, 135, 1291-1303, 1989

Arc Discharges:

1. H.L.Walmsley, G.R.Jones, F.H.Haji, D.C.Strachan, “Core fluctuations of a gas blast circuit breaker arc”, J. Phys. D: Appl. Phys., 10, ,383-392 ,1977
2. G.R.Jones, M.R.Smith, M.Irie, H.L.Walmsley, D.C.Strachan, “The correlation of local voltages and cross sectional areas for very high current gas-blast arcs in air and SF6”, J. de Physique, 40, C7-269, 1979
3. H.L.Walmsley, G.R.Jones, M.R.Barrault, “The thermal influence of high current gas blast arcs in air”, J. Phys. D: Appl. Phys., 12, ,887-889 ,1979
4. H.L.Walmsley, G.R.Jones, “Correlation of the radially integrated properties of gas-blast arc discharges”, IEEE Trans, PS-8, 39-49, 1980
5. M.R.Smith, H.L.Walmsley, G.R.Jones, “The electrical characteristics of very high current gas blast arcs”

Modelling of fuel behaviour in car engines:

Coming soon ...