River and Lake Ice Engineering |
Contents
ICE PHYSICS | 19 |
iii | 83 |
Chapter Page | 87 |
THERMAL REGIME OFLAKES AND RIVERS | 203 |
Chapter Page | 204 |
References | 256 |
Chapter Page | 297 |
ICE MODELING | 373 |
ICE CONTROL | 401 |
Chapter Page | 419 |
REMOTE SENSING | 427 |
ICEBREAKERS | 445 |
Novel Icehreaking Devices | 467 |
APPENDIX A | 475 |
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Common terms and phrases
accumulation air temperature analysis anchor ice Army Cold Regions aufeis beam Beltaos break-up buckling calculated channel coefficient Cold Regions Research compressive strength constant crack creep crystals deflection deformation density depth downstream effects elastic elastic modulus energy Engineering Laboratory Equation failure flexural strength flow frazil ice freezing friction function Glaciology grain hanging dam Hanover heat transfer horizontal hydraulic IAHR ice cover ice floes ice forces ice formation ice jams ice pressure ice sheet ice thickness icebreaker indentor Journal lake ice load maximum measured mechanical melting method Michel model ice modulus nucleation open water plane plane strain POAC polycrystalline ice profiles ratio Research and Engineering resistance river ice scaling ratios sea ice shear shear strength Smoky River snow ice specimen strain rate stress structure supercooled tensile tests thermal tion U.S. Army Cold values velocity vertical water level water temperature Watino wind winter