MUGGERIDGE, D.B., ed.
Proceedings of the fourth International Conference on Port and Ocean Engineering under Arctic Conditions. Memorial University of Newfoundland, St. John’s, Newfoundland,
Canada,
September 26–30, 1977. St. John’s, Newfoundland, Memorial University of Newfoundland, 1978. 2 vols.: xvii, 606 p.; vii, 607–1157 p. [Contents includD: K. R.. CroasdaIe, “Ice engineering for offshore petroleum exploration in Canada”, p. 1–32; W. D. Hibler III, “Model simulation of near shore ice drift, deformation and thickness”, p. 33–45; J. Schwarz, “New developments in modelling ice problems”, p. 45–61; J. V. Danys, “Ice forces on old and new offshore lighthouses in the St. Lawrence waterway”, p. 115–38; D. V. Reddy, D. S. Sodhi, M. Arockiasamy and A. K. Haldar, “Response of an offshore LPG storage platform to simulated ice and wind forces”, p. 185–99; P. R. Kry, “Ice rubble fields in the vicinity of artificial islands”, p. 200–11; T. Carstens, “Maintaining an ice-free harbour by pumping of warm water”, p. 347–57; B. E. Davison, J. W, Rooney and R. F. Carlson, “Use of thermal piles for offshore frozen embankments”, p. 358–69; J. E. Cowley and A. B. Cammaert, “Navigation delays due to ice conditions—analysis and case studies”, p. 414–24; S. T. Culshaw, “An examination of marine transport in the ice season off the Labrador and north Newfoundland coasts”, p. 425–39; M. Dunne, P. Noble, R. Y. Edwards, Jr., and C. Pellegrin, “Results of full scale ice impact load studies aboard C.C.G.S. Norman McLeod Rogers”, p. 440–52; T. Kotras, J. Lewis and R. Etzel, “Hydraulic modeling of ice-covered waters”, p. 453–63; D. S. Sodhi, L. Button, R. Boetes and M. Arockiasamy, “Estimation of ice forces on the hull of M.V. Arctic Explorer by strain gauge measurements”, P. 475–84; H. A. R. Steltner, “Transportation of personnel, instruments and equipment on first-year sea ice for oceanographic survey and research purposes”, p. 485–93; R. S. Pritchard, “The effect of strength on simulations of sea ice dynamics”, p. 494–505; A. S. Thorndike and R. Colony, “Estimating the deformation of sea ice”, p. 506–17; R. McGovern, D. L. Bruce and A. D. Humphries, “Sea ice bearing capacity investigations for the polar gas project”, p. 518–28; K. D. Vaudrey, “Determination of mechanical sea ice properties by large-scale field beam experiments”, p. 529–43; P. Wadhams, “Characteristics of deep pressure ridges in the Arctic Ocean”, p. 544–55; J. R. Rossiter, P. J. Langhorne, T. Ridings and A. J. Allan, “Study of sea ice using impulse radar”, p. 556–67; C. F. M. Lewis, “The frequency and magnitude of drift-ice groundings from ice-scour tracks in the Canadian Beaufort Sea”, p. 568–79; C. Sørensen, “Dynamic bending failure of a semi-infinite ice floe hitting a sloping plane”, p. 580–92; D. S. Sodhi and H. E. Hamza, “Buckling analysis of a semi-infinite ice sheet”, p, 593–604; W. M. Sackinger and P. A. Sackinger, “Shear strength of the adfreeze bond of sea ice to structures”, p. 607–14; P. J. Legerer, “Expected creep lifetime for an ice structure under random temperature fluctuations”, p. 615–23; P. Tryde, “Effect on strength of sea ice from possible overpressure in brine pockets at dynamic loading”, p. 624–28; A. J. Allan and W. Winsor, “Industrial applications of ice strain measurements”, p. 629–37; J.-R. Murat and R. Tinawi, “Sea-ice testing in flexure”, p. 638–53; A. Engelbrektson, “Dynamic ice loads on a lighthouse structure”, p. 654–63; D. V. Reddy, P. S. Cheema and C. Sundararajan, “Relationship between response spectrum and power spectral density analysis of ice-structure interaction”, p. 664–83; M. Määttänen, “Stability of self-excited ice-induced structural vibrations”, p. 684–94; H. Saeki, K. Hamanaka and A. Ozaki, “Experimental study on ice force on a pile”, p. 695–706; R. M. W. Frederking and N. K. Sinha, “Ice action on wharf at Strathcona Sound”, p. 707–17; J. V. Danys, “On wind induced static ice forces on offshore structures”, p. 718–29; M. Määttäiten, “Ice-force measurements at the Gulf of Bothnia by the instrumented Kemi I lighthouse”, p. 730–40; T. D. Ralston, “Ice force design considerations for conical offshore structures”, p. 741–52; M. Mellor and Kovacs, “Destruction of ice islands with explosives”, p. 753–65; A. Kovacs, “Iceberg thickness profiling”, P. 766–74; T. R. Chari, “Model studies of iceberg scouring”, p. 775–83; W. E. Russell, N. P. Riggs and R. Q. Robe, “Local iceberg motion—a comparison of field and model studies”, p. 784–98; R. C. Parsons and R. M. Hopkins, “A chemical method for ice destruction”, p. 799–810; J. O. Bursey, W. J. Sowden, A. D. Gates and C. L. Blackwood, “The climate of the Labrador Sea”, p. 938–51;. J. C. Rogers, “A meteorological basis for long-range forecasting of summer and early autumn sea ice conditions in the Beaufort Sea”, p. 952–62; R. A. Keen “The response of Baffin Bay ice conditions to changes in atmospheric circulation patterns”, p. 963–71; K. A. Gustajtis and T. J. Buckley, “A seasonal iceberg density distribution along the Labrador coast”, p. 972–83; J. C. Barnes, C. J. Bowley, M. D. Smallwood and J. H. Willand. “Use of satellite data to evaluate surface ice conditions for off-shore oil and gas exploration”, p. 1019–34; W. R. McLeod and D. T. Hodder, “An examination of long term ice forecast and periodicities of the Beaufort Sea”, p. 1035–50; R. D. Worsfold, D. Strong and E. Wedler, “Project SAR 77”, p. 1051–63; S. T. Culshaw and B. R. LeDrcw, “Labrador Sea ship-in-the-ice—a pilot study”, p. 1122–31; W. W. Denner, “Under-ice ambient noise at Cape North”, p. 1132–45.]
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