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Size effect on strength of floating sea ice under vertical line load
Zdenek P. Bazant
*
, Zaoyang Guo
*
Corresponding author for this work
Civil and Environmental Engineering
Research output
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Article
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peer-review
11
Scopus citations
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INIS
size
100%
ice
60%
plates
50%
thickness
50%
fractures
20%
cracks
20%
asymptotic solutions
20%
diagrams
20%
range
10%
surfaces
10%
foundations
10%
beams
10%
energy
10%
water
10%
plasticity
10%
solutions
10%
one-dimensional calculations
10%
peaks
10%
approximations
10%
zones
10%
seas
10%
rotation
10%
energy dissipation
10%
analytical solution
10%
buoyancy
10%
exact solutions
10%
peak load
10%
Engineering
Size Effect
70%
Hinges
60%
Loadline
50%
Dimensionless
20%
Trough
20%
Nominal Strength
20%
Ice Thickness
20%
Fracture
20%
Crack
20%
Thickness
20%
Deflection
10%
One Dimensional
10%
Energy Dissipation
10%
Approximate Formula
10%
Process Zone
10%
Structure Size
10%
Monotonic
10%
Dissipated Energy
10%
Peak Load
10%
Plate Thickness
10%
Size Range
10%
Asymptote
10%
Beam
10%
Led Surface
10%
Foundations
10%
Water
10%
Normal Direction
10%