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Improved Fracture Models for Relocation Modeling
W Jiang
,
BW Spencer
,
D Schwen
,
KA Gamble
, L Liu
Nuclear Fuels & Materials
Research output
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Book/Report
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Dive into the research topics of 'Improved Fracture Models for Relocation Modeling'. Together they form a unique fingerprint.
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Engineering
Light Water
100%
Empirical Model
100%
Code Performance
100%
Finite Element Analysis
50%
Cohesive Zone Model
50%
Fuel System
50%
Fits and Tolerances
50%
Fuel Design
50%
Advanced Fuel
50%
Light Water Reactors
50%
Fission Product
50%
Reactor Design
50%
Thermal Gradient
50%
Fuel Pellet
50%
Outer Radius
50%
Cladding Interface
50%
System Response
50%
Heat Resistance
50%
Propagating Crack
50%
Physical Behavior
50%
Radial Expansion
50%
Centerline Plane
50%
Keyphrases
Bison
100%
Light Water
50%
Fuel Performance Code
50%
Extended Finite Element Method
25%
Cohesive Zone Model
25%
Fuel System
25%
Advanced Fuel
25%
Fuel Design
25%
Light Water Reactor
25%
Fission Products
25%
Motivation
25%
Fresh Fuel
25%
Thermal Gradient
25%
Irradiated nuclear Fuel
25%
Fuel Behavior
25%
Cladding Interface
25%
Fuel Swelling
25%
Fuel Pellets
25%
Outer Radius
25%
Accident Tolerant
25%
Fuel Centerline Temperature
25%
Physically-based
25%
System Response
25%
Thermal Resistance
25%
Propagating Crack
25%
Physical Behavior
25%
Advanced Reactor Design
25%
Volumetric Expansion
25%
Non-uniform Swelling
25%
Provided Support
25%
Long-term Irradiation
25%
Mechanical Constraints
25%
Radial Expansion
25%
Modern Tools
25%
Physically Based Model
25%
Surface Interaction Model
25%
Radial Migration
25%