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Model for determining rupture area in Zircaloy cladding under LOCA conditions
Nathan Capps,
Ryan Sweet
Research output
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Contribution to journal
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Article
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peer-review
3
Scopus citations
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Physics & Astronomy
loss of coolant
89%
accidents
66%
balloons
50%
safety
41%
Halden Boiling Water Reactor
27%
burst tests
26%
relocation
21%
light water reactors
20%
nuclear fuels
16%
fragmentation
13%
bursts
12%
performance
12%
industries
12%
rods
11%
time measurement
11%
tubes
10%
temperature
8%
Chemical Compounds
Cladding
94%
Accident
74%
Dimension
54%
Safety
37%
Fuel
35%
Strain
20%
Nuclear Fuel
20%
Pulverization
19%
Length
17%
Boiling
14%
Rod Like Crystal
13%
Fragmentation
12%
Industry
10%
Engineering & Materials Science
Zircaloy
100%
Loss of coolant accidents
89%
Balloons
53%
Nuclear industry
18%
Boiling water reactors
18%
Light water reactors
17%
Relocation
17%
Nuclear fuels
17%
Temperature
11%
Earth & Environmental Sciences
rupture
65%
accident
23%
safety
14%
loss
13%
code
10%
reactor
9%
nuclear fuel
7%
relocation
7%
outlier
6%
fragmentation
5%
test
5%
temperature
4%
water
4%
industry
4%
analysis
1%