Fatigue and fracture mechanics of high risk parts: application of LEFM and FMDM theory

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$Fatigue and fracture mechanics of high risk parts: application of LEFM and FMDM theory$

Fatigue and fracture mechanics of high risk parts: application of LEFM and FMDM theory

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Autor: Farahmand, B.... [et Al.]..
ISBN: 978-0-412-12991-9.
Editorial: CHAPMAN & HALL LTD.
Características: 1997, 336 Págs., 1997, Inglés, Cartoné.
Precio orientativo: 168,94 euros (IVA incluido).
Materia: Ciencia de los materiales.
Sub-materia: Mecanica de fractura.

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Sinopsis de Fatigue and fracture mechanics of high risk parts: application of LEFM and FMDM theory

Preface. About the authors. Contents. A brief introduction to fatigue and fracture mechanics. Conventional fatigue (high and low cycle fatigue). Background. Cyclic or fluctuating load. Fatigue spectrum. The S-N diagram. Constant-life diagrams. Linear cumulative damage. Crack initiation and stable crack growth. Low cycle fatigue and the strain-controlled approach. The conventional or engineering stress-strain curve. The natural or true stress-strain curve and hysteresis loop. Cyclic stress-strain curve. Strain-life prediction models. Universal slope method. References. Linear elastic fracture mechanics (LEFM). Energy balance approach (the Griffith theory of fracture). The stress intensity factor approach. Fra...