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Keyphrases
Void Growth
100%
Hydrogen Concentration
100%
Concentration Field
100%
Stress Concentration
100%
Steel pipeline
100%
Pipeline Effect
100%
Axial Crack
100%
Hydrogen-induced Softening
100%
Fracture Mechanics
66%
T-stress
66%
Hydrogen Transport
66%
Subcritical Cracking
66%
Crack Tip
33%
Rice
33%
Hydrogen Effect
33%
Hydrogen Embrittlement
33%
Fracture Behavior
33%
Two-parameter
33%
Stress Intensity Factor
33%
Stress Field
33%
Deformation Field
33%
Safety Factor
33%
Design Guidelines
33%
Hydrogen Gas
33%
Elastoplasticity
33%
Hydrogen Economy
33%
Hydrogen Uptake
33%
Central Production
33%
Stress Deformation
33%
Hydrogen Delivery
33%
Pipeline Material
33%
Intensity Factor
33%
Boundary Layer Approach
33%
Outer Boundary
33%
Refueling Station
33%
Gaseous Hydrogen
33%
Failure Mode
33%
Containment
33%
Production Facilities
33%
Outgassing
33%
Pipeline Crack
33%
Parameter Calibration
33%
Small Region
33%
Hydrogen-free
33%
Strength Steel
33%
Engineering
Void Growth
100%
Concentration Field
100%
Steel Pipeline
100%
Hydrogen
100%
Crack Tip
7%
Fracture Behavior
7%
Applied Stress
7%
Stress-Intensity Factor
7%
Failure Mode
7%
Deformation Field
7%
Boundary Layer
7%
Design Guideline
7%
Hydrogen Gas
7%
Crack Face
7%
Refuelling Station
7%
Production Facility
7%
Safe Design
7%
Safety Factor
7%
Intensity Factor
7%
Fracture Mechanic Specimen
7%
Layer Approach
7%
Pipeline Material
7%
Outer Boundary
7%
Fracture Mechanics
7%
Fluid Statics
7%
Hydrogen Embrittlement
7%
Earth and Planetary Sciences
Softening
100%
Hydrogen
100%
Fracture Mechanics
14%
Transportation
14%
Failure Mode
7%
Boundary Layer
7%
Crack Tip
7%
Stress Intensity Factor
7%
Elastoplasticity
7%
Outgassing
7%
Degassing
7%
Hydrogen Embrittlement
7%
Safety Factor
7%
Hydrostatics
7%
Physics
Void Growth
100%
Hydrogen
100%
Fracture Mechanics
14%
Transportation
14%
Crack Tip
7%
Boundary Layer
7%
Outgassing
7%
Fracture Behavior
7%
Failure Mode
7%
Fluid Statics
7%
Hydrogen Embrittlement
7%
Stress Intensity Factor
7%
Elastoplasticity
7%
Material Science
Void Growth
100%
Hydrogen
100%
Fracture Mechanics
14%
Crack Tip
7%
Hydrogen Embrittlement
7%
Fracture Behavior
7%
Stress Intensity Factor
7%
Boundary Layer
7%
Elastoplasticity
7%
Fluid Statics
7%