Proceedings of the ... International Conference on Offshore Mechanics and Arctic Engineering, Volume 14, Part 4American Society of Mechanical Engineers, 1995 - Arctic regions |
From inside the book
Results 1-3 of 72
Page 42
... calculated from eq . ( 3 ) and external force P eq . ( 2 ) . The splitting volume and corresponding failure energy for given hy are calculated . Using the force P one can determine the failure energy E. If the external energy is greater ...
... calculated from eq . ( 3 ) and external force P eq . ( 2 ) . The splitting volume and corresponding failure energy for given hy are calculated . Using the force P one can determine the failure energy E. If the external energy is greater ...
Page 42
... calculated from eq . ( 3 ) and external force P eq . ( 2 ) . The splitting volume and corresponding failure energy for given h1 are calculated . Using the force P one can determine the failure energy E. If the external energy is greater ...
... calculated from eq . ( 3 ) and external force P eq . ( 2 ) . The splitting volume and corresponding failure energy for given h1 are calculated . Using the force P one can determine the failure energy E. If the external energy is greater ...
Page 63
... calculated from the known velocity profile . The velocity u ( z ' ) is assumed to vary linearly from z ' = 0 to z ' = h ( x ) and to be constant over the rest of the water depth . This constant velocity is calculated from the continuity ...
... calculated from the known velocity profile . The velocity u ( z ' ) is assumed to vary linearly from z ' = 0 to z ' = h ( x ) and to be constant over the rest of the water depth . This constant velocity is calculated from the continuity ...
Contents
The Study of MultiScale Deformation and Failure of Ice Cover at Interaction With | 17 |
ICE FEATURE BEHAVIOR | 47 |
SelfExcited Oscillations in Ice Floes and Icebergs | 67 |
Copyright | |
5 other sections not shown
Other editions - View all
Common terms and phrases
accretion analysis Arctic Arctic/Polar Technology ASME Atmospheric Icing axis Baffin Bay beam Beaufort Sea boundary conditions brine cable calculated Canada coefficient Cold Regions columnar compression convective Cook Inlet Danish deflection deformation density depth developed diameter distribution effect elastic embankment energy Engineering environmental equation failure Figure floating ice flow flux force fracture fracture toughness freezing gas hydrate grain heat transfer HVDC ice cover ice load ice mass ice sheet ice thickness iceberg icing rate increase interaction interface layer length liquid film liquid water content maximum measured Mechanics mode Norilsk Nuuk offshore oil spill OMAE operations OPGW optical fibers parameters Pechora Sea permafrost polar prestress Research sea ice sector shear simulation Sinha snow solution specimen spray stations strain rate strength stress structure subgrains surface Technology ASME 1995 thermocouple towing transducer velocity vertical volume wave West Greenland wind speed zone