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Fatigue crack growth assessment for life prolongation of thick section components
Klaus Rahka
, J. S. Brihmadesam
, K. R. Rao
,
Judith A. Todd
, Lichun Chen
Engineering Science and Mechanics
Research output
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Conference article
›
peer-review
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Keyphrases
Prolonged Life
100%
Life Extension
100%
Growth Estimates
100%
Fatigue Crack Growth
100%
Thick Section
100%
Design Curves
100%
Crack Initiation
50%
Crack Propagation
50%
Stress Ratio R
50%
Detection Method
50%
Miniature Specimen
50%
Allowable Range
50%
Fatigue Life
50%
Crack Growth
50%
Fatigue Life Estimation
50%
Stress Intensity
50%
Strain State
50%
Safe Management
50%
Conservatism
50%
Constant Amplitude
50%
Nonconservative
50%
Non-corrosive
50%
Life Estimate
50%
Design Cycle
50%
Design Life
50%
Design Stress
50%
Material Deformation
50%
State Effects
50%
Deformation Capacity
50%
ASME Code
50%
Engineering
Life Approach
33%
Initial Crack Size
33%
Design Stress
33%
Fatigue Assessment
33%