Fatigue & Creep
£2.50
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Fatigue & Creep
£2.50
Topics in this product include S-N curves and the Goodman law, crack initiation and Paris law crack propagation, creep mechanisms (dislocation, power-law and diffusion creep), and Ashby maps for creep design.
This is a 8-page PDF scan of handwritten notes, featuring clickable PDF bookmarks so you can jump straight to any page in a PDF viewer such as Adobe Acrobat. Complete page-by-page contents can be found below so you know exactly what's inside before you buy.
MaterialsPage-by-page contents
Materials
Page-by-page contents
- 01Material fatigue, cycle fatigue, stress amplitude vs number of cycles (S-N curve)
- 02Mean stress influence, Goodman law, statistics of fatigue, linear damage accumulation, stress cycles
- 03Crack initiation, low cycle fatigue, high cycle fatigue, fatigue crack propagation
- 04Paris law, critical crack size, fatigue fracture surfaces, beach marks
- 05Causes of fatigue failure, predicting fatigue lifetime, creep, diffusion, Arrhenius equation
- 06Diffusion flux, diffusion mechanisms, dislocation creep
- 07Power law creep, diffusion creep, cable creep, nabarro-herring creep, grain boundary sliding, creep equation
- 08Ashby maps for creep, creep damage and failure, designing for creep