Fatigue Prediction for Random Loads - Rychlik, Igor; Gupta, Sayan; Lindgren, Georg; - Prospero Internet Bookshop
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Fatigue Prediction for Random Loads: Using the Rainflow Method
 
Product details:
ISBN13:9780367895846
ISBN10:0367895846
Binding:Hardback
No. of pages:331 pages
Size:234x156 mm
Language:English
Illustrations: 70 Illustrations, black & white; 23 Illustrations, color; 70 Line drawings, black & white; 23 Line drawings, color; 21 Tables, black & white
700
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Fatigue Prediction for Random Loads

Using the Rainflow Method
 
Edition number: 1
Publisher: CRC Press
Date of Publication:
 
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Short description:

Fatigue Prediction for Random Loads serves as a comprehensive treatise for methods for fatigue estimation and fatigue life prediction in randomly excited structural systems using the rainflow cycle counting method.

Long description:

Fatigue Prediction for Random Loads serves as a comprehensive treatise for methods for fatigue estimation and fatigue life prediction in randomly excited structural systems using the rainflow cycle counting method.



Fatigue is an important mode of material degradation in structural components subjected to vibrations and a reliable estimation of their fatigue life span, and it is a key consideration in the design and development of such systems. This book uses advanced concepts of probability theory, random variables and random processes to develop spectral-based methods and formulae for predicting expected fatigue damage and expected fatigue life. The developments presented here bypass the need for a computationally expensive rainflow cycle counting that is usually adopted in time domain approaches.



This book is aimed towards researchers and industry practitioners working in the intersectional areas of mechanics and applied mathematics and is expected to be particularly useful for applications on problems in the fields of wind engineering, offshore engineering, ship research and routing, aerospace engineering, automotive engineering and machine dynamics.

Table of Contents:

1. Fatigue Damage. 2. Mathematical Prerequisite. 3. Reliability Estimation. 4. Cycle Count and Expected Damage. 5. Sampled Loads ? Time Series. 6. Gaussian Loads ? Theory. 7. Gaussian Loads ? Applications. 8. Markov Loads. 9. Laplace Moving Average (LMA). 10. Non-Linear Load Transformations. 11. Variance of Damage Estimate.