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Volumn 4, Issue , 2008, Pages 2081-2089
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Multiscale modeling approach to stress corrosion cracking
a
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Author keywords
[No Author keywords available]
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Indexed keywords
ATOMIC CONFIGURATION;
ATOMIC LEVEL SIMULATIONS;
ATOMIC NUCLEI;
ATOMIC SIMULATIONS;
ATOMISTIC METHODS;
CHEMICAL COMPOSITIONS;
CHEMICAL INTERACTIONS;
CHEMICAL REACTION DYNAMICS;
COMPUTATIONAL MATERIALS;
CRACK SURFACES;
CRACK VOLUME;
FLOWING WATERS;
LARGE-SCALE PROBLEM;
LOADING CONDITION;
MACRO SCALE;
MAIN CRACK;
MATERIAL FACTOR;
MATERIAL PROPERTY;
METAL ATOMS;
MICRO-STRUCTURAL;
MICROMETER SCALE;
MULTI-SCALE MODELING;
MULTISCALES;
NUMERICAL SIMULATION METHOD;
OXIDE LAYER;
QUANTUM CHEMICAL MOLECULAR DYNAMICS;
REACTION MECHANISM;
SCALE METHOD;
STRESS CORROSION;
SYSTEMATIC EXPERIMENT;
TIME-SCALES;
TOHOKU UNIVERSITY;
WATER MOLECULE;
CONTINUUM MECHANICS;
CRACK TIPS;
CRACKING (CHEMICAL);
ELASTICITY;
FINITE ELEMENT METHOD;
GRAFTING (CHEMICAL);
MOLECULAR DYNAMICS;
NUCLEAR ENERGY;
NUCLEAR INDUSTRY;
NUCLEAR POWER PLANTS;
NUMERICAL METHODS;
QUANTUM THEORY;
REACTION KINETICS;
RESIDUAL STRESSES;
SIMULATORS;
SYNTHESIS (CHEMICAL);
SYSTEMS ENGINEERING;
STRESS CORROSION CRACKING;
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EID: 70349914311
PISSN: None
EISSN: None
Source Type: Conference Proceeding
DOI: None Document Type: Conference Paper |
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Times cited : (3)
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References (10)
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