Abstract
A paramount problem in the operation of submersibles (47) and divers in cold water is the provision of adequate energy for thermal comfort for the crew or individual diver. This problem is particularly acute in the case of lockout submersibles in which several personnel are carried to and from an underwater work site under compressed gas conditions. This paper describes a general biophysical model known as Cold Diver which has been used to calculate the steady-state heat requirements for thermal comfort for all crew members of such a system in various scenarios of operation.
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References
Author Unknown (1969) “Proposals for Steady State Studies to Determine Supplementary Heat Requirements in PTC Diving Operations” U.S. Naval Medical Research Institute Environmental Stress Division.
Author Unknown (1974) “Diesel Engine for Sea Floor Power” Ocean Industry 9, 31–32.
Author Unknown (1975) “No-Exhaust Engine for Underwater” Naval Research Review, 28, 32–33.
Beagles, J. and Coll, E. (1966) “Diver’s Body Heat Loss” U.S. Navy Electronics Laboratory Research Report 1408.
Beckman, E. (1967) “Thermal Protective Suits for Underwater Swimmers” Military Medicine, 132, 195–209.
Beckman, E. (1968) “A Review of Current Concepts and Practices Used to Control Body Heat Loss During Water Immersion” Thermal Problems in Aerospace Medicine, edited by J. Hardy, AGARDOGRAPH 111 Englhard Hanovia.
Bell, D.G. (1974) “Measurement of the Rate of Heat Loss in Divers at Various Water Temperatures, Depths and Working Conditions” M.Sc. Thesis, University of Waterloo.
Bevan, J. (1971) “The Use of a Temperature Sensitive Radio Pill for Monitoring Deep-Body Temperature of Divers in the Sea. Royal Naval Physiological Laboratory Report No. 1271, Alverstoke, England.
Black, S., Tucker, L., Vind, H. and Hitchcock, R. (1973) “Preliminary Development of an Electrochemical Heat Source for Military Diver Heating” U.S. Naval Civil Engineering Laboratory, Technical Note N-1315.
Bondi, K. and Tauber, J. (1969) “Physiological Evaluation of a Free-Flooding Diver Heat Replacement Garment” U.S. Naval Medical Research Institute Report No. 17.
Boutelier, C., Colin, J. and Timbal, J. (1971) “Determination of the Zone of Thermal Neutrality in Water” Revue de la Medicine Aeronautique et Spatiale, 10, 25–29.
Boutelier, C., Colin, J. and Timbal, J. (1971) “Determination du coefficient d’echange thermique dans l’eau en écoulement turbulent” Journal de Physiologie, 63, 207–209.
Brock, D. (1974) “Closed Cycle Power Sources for Underwater Systems — Thermal Systems” Journal of the Royal Naval Medical Service, 29, 130–135.
Burton, A. (1935) “Human Calorimetry. II. The Average Temperature of the Tissue of the Body” J. Nutrition, 9, 261–280.
Burton, A. and Bazett, H. (1936) “A Study of the Average Temperature of the Tissues of the Exchanges of Heat and Vasomotor Responses in Man by Means of a Bath Calorimeter” American Journal of Physiology, 117, 36–54.
Butler, H. and Payne, R. (1969) “Thermal Conductance of Diver Wet Suit Materials Under Hydrostatic Pressure” U.S. Naval Ship Research and Development Laboratory Interim Report 2903.
Common, R. and Kettle, M. (1973) “Diver Suit Heating” Marine Technology Society Journal.
Cox, F. (1972) “SDL-1 — Human Performance in Sustained Operations” Proceedings of Third Meeting of the Technical Co-operation Program (TTCP) Technical Panel U-2 on Human Performance and Military Capability, Defence and Civil Institute of Environmental Medicine.
Covey, C. (1972) “Unisuit Takes the Chill out of Diving” Undersea Technology, 13, 39–40.
Craig, A. and M. Dvorak (1966) “Thermal Regulation During Water Immersion” Journal of Applied Physiology, 21, 1577–1585.
Craig, A. and M. Dvorak (1968) “Thermal Regulation of Man Exercising during Water Immersion” Journal of Applied Physiology, 25, 28–35.
Craig, A. and Dvorak, M. (1972) “Head Exchange between Man and the Water Environment” Proceedings of the Fifth Symposium on Underwater Physiology.
Dubois, D. and Dubois, E. (1915) “Clinical Calorimetry: Fifth paper, The Measurement of Surface Area of Man” Archives of Internal Medicine, 15, 868–888.
Frey, H. (1966) “Electrically Heated Pressure-Compensated Wet Suits for Sealab II” Final Report on Contract No. N600 (168)63855 for U.S. Naval Medical Research Institute.
Guibert, A. and Taylor, C. (1952) “Radiation of the Human Body” Journal of Applied Physiology, 5, 24–37.
Goodman, M., Smith, N., Colston, J. and Rich, E. (1971) “Hyperbaric Respiratory Heat Loss Study” Final Report on Contract N00014-71-C-0099 to the U.S. Office of Naval Research, Washington, D.C.
Hagar, N. (1963) “Thin Foil Heat Meter” Review of Scientific Instruments, 36, 1564–1570.
Hardy, J. and Dubois, E. (1938) Journal of Nutrition, 15, 461.
Hatfield, H. and Wilkins, F. (1950) “A New Heat-Flow Meter” Journal of Scientific Instruments, 27, 1–3.
Hearst, P. (1968) “Chemical Heat Source for Wet Suits” U.S. Naval Civil Engineering Laboratory Technical Note N-998.
Helwig, C. and Gray, R. (1970) “Sub Arctic Diving Operations”. Proceedings of Symposium on Equipment for the Working Diver, Columbus, Ohio.
Hody, G. (1973) “The Field Measurement of Cold Stress in the Marine Environment” Consultancy Report to the Defence and Civil Institute of Environmental Medicine, Canada.
Hody, G. and Kacirk, J. (1972) “Combined Skin Temperature and Direct Heat Flow Measurement in a Thermally Stressful Environment” Proceedings of Aerospace Medical Association Annual Meeting.
Hody, G., Kacirk, J. and Pilmanis, A. (1973) “Direct ‘In Situ’ Measurement of Thermal Insulation Quality Underwater” Proceedings of IEEE International Conference on Engineering in the Ocean Environment, Seattle, Washington.
Holland, R. (1974) “Closed Cycle Power Source for Underwater Applications — Electrochemical Systems” Journal of the Royal Naval Medical Service, 29, 136–139.
Hong, S., Lee, C., Kim, J., Song, S. and Rennie, D. (1969) “Peripheral Blood Flow and Heat Flux of Korean Women Divers” Federation Proceedings, 28, 1143–1148.
Majendie, J. (1970) “Diver Heating” Proceedings of Symposium on Equipment for the Working Diver, Columbus, Ohio, 94-117.
Martorano, J. (1961) “Evaluation of Diver’s Dress Suits in Maintaining Body Temperature in Cold Water” U.S. Naval Medical Field Research Laboratory, Vol. XI, No. 19.
McAdams, W. (1954) Heat Transmission, McGraw-Hill.
McCrory, W. (1974) “Thermal Protection for Divers” J. Hydronautics, 8, 115–118.
Milan, F. (1965) “Cold Water Tests of USAF Anti-exposure Suits” U.S. Arctic Aeromedical Laboratory, Report AAL-TR-64-31.
Moritz, W. and Langworthy, H. (1972) “Evaluation of Marine Corps Battery Powered Electrically Heated Dress” U.S. Naval Medical Research Institute Bioengineering Laboratory Research Report No. 1.
Morocchioli, R. (1974) “Chauffage Autonome de Plongeurs sous Marins” Proceedings of 6’eme Coloque de 1’A.S.T.E.O. sur l’Exploitation des Oceans, Paris, France.
Nadel, R., Holmer, I., Bergh, U., Astrand, P. and Stolwijk, J. (1974) “Energy Exchanges of Swimming Man” Journal of Applied Physiology, 36, 465–471.
Nevins, R., Holm, F., and Advani, G. (1965) “Heat-Loss Analysis for Deep-Diving Oceanauts” ASME Publication 65-WA/ HT-25.
Parker, R., Exberg, D., Whitey, D. (1965) “Atmosphere Selection and Control for Manned Space Stations” Proceedings of. International Symposium for Manned Space Stations, Munich, West Germany.
Penzies, W. and M. Goodman. (1973) Man Beneath the Sea, Wiley-Interscience, New York.
Poppendick (1969) “Why Not Measure Heat Flux Directly” Environmental Quarterly, 15 (1).
Ramanathan, N. (1964) “A New Weighting System for Mean Body Surface Temperature of the Human Body” Journal of Applied Physiology, 19, 531.
Rawlins, J. and Tauber, J. (1972) “Thermal. Balance at Depth” Proceedings of the Tenth Commonwealth Defence Conference on Operational Clothing and Combat Equipment, Kingston, Canada.
Reins, D. and Shampine, J. (1972) “Evaluation of Heat Loss from Navy Divers’ Wet Suit” U.S. Navy Clothing and Textile Research Unit Technical Report No. 102.
Riegel, P. and Glasgow, J. (1970) “Experimental Determination of Heat Requirements for the Mark I PTC” Proceedings of Symposium on Equipment for the Working Diver, Columbus, Ohio, pp. 119-130.
Slack, D. (1973) “A Diver Chemical Powered Wet Suit Heater” Journal of the Marine Technology Society, 7, 35–37.
Tauber, J., Rawlins, J. and Bondi, K. (1969) “Theoretical Thermal Requirements for the Mark II Diving System” NMRI Research Report No. 2.
Tauber, J., Rawlins, J. and Bondi, K (1970) “Evaluation of a Diver’s Thermonuclear Swimsuit Heater System” U.S. Naval Medical Research Institute Report No. 3.
Taylor, L. (1966) “An Investigation of Thermal Insulating Materials for Undersea Habitats” U.S. Navy Mine Defense Laboratory, Research and Development Report 1-98.
Veghte, J. and Klemm, F. (1972) “Cold Water Evaluation of Environmental Diving Suits” U.S. Aerospace Medical Research Laboratory Report AMRL-TR-72-65.
Webb, P. (1972) “Thermal Stress in Undersea Activity” Proceedings of the Fifth Symposium on Underwater Physiology.
Webb, P., Annis, J. and Troutman, S. (1972) “Human Calorimetry with a Water-Cooled Garment” Journal of Applied Physiology, 32, 412–418.
Wilson, B. (1968) “Characteristics of an Improved Inert-Cathode/Magnesium Anode Seawater Battery” Intersociety Energy Conversion Engineering Conference Record, Vol. 1, 852–860.
Witherspoon, J., Goldman, R., and Breckenridge, J. (1971) “Heat Transfer Coefficients of Humans in Cold Water” Journal de Physiologie, 63, 459–462.
Wolf, S. (1975) “Hydrogen’ sponge’ Storage” Naval Research Review, 28, 16–22.
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© 1977 Plenum Press, New York
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Kuehn, L.A., Smith, T.J., Bell, D.G. (1977). Thermal Requirements of Divers and Submersibles in Arctic Waters. In: Amaria, P.J., Bruneau, A.A., Lapp, P.A. (eds) Arctic Systems. Nato Conference Series, vol 2. Springer, Boston, MA. https://doi.org/10.1007/978-1-4684-0799-0_35
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DOI: https://doi.org/10.1007/978-1-4684-0799-0_35
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