Chapter_17
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Figure 17.11 Fatigue crack surface in a steel plate. The arrows show the direction of crack growth.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.6 Fatigue-crack growth in precracked components.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.4 Relation between total strain amplitude and fatigue life.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.1 Fatigue testing.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.5 Relation between stress amplitude and fatigue life in high-cycle fatigue.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.10 How cracks form in high-cycle fatigue.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.3 Coupling of cyclic stress and cyclic strain for a linear elastic/yielding specimen.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.8 How fatigue cracks grow.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
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Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
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Figure 17.7 Fatigue crack-growth rates for precracked material.
Michael F Ashby & David h edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.2 Coupling of cyclic stress and cyclic strain for a linear elastic specimen.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Chapter 17 Fatigue Failure
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Page 263
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.9 How cracks form in low-cycle fatigue. Once formed, they grow as shown in Figures 17.10 through 17.12.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd
Figure 17.12 Fatigue crack in the deck of a ship.
Michael F Ashby & David RH Jones Engineering Materials 1, Fourth edition Copyright © 2012 MF Ashby & DRH Jones. Published by Elsevier Ltd