By ASM (American Society for Metals)
Offering a operating wisdom of fatigue and fracture homes in real engineering perform, this guide is mainly important in comparing try out info and realizing the foremost variables that have an effect on effects. it is going to additionally provide you with a greater knowing of fracture mechanics to assist you in existence evaluation and lifestyles extension of elements. Sections contain: Fatigue Mechanisms, Crack progress, checking out, Engineering facets of Fatigue lifestyles, Fracture Mechanics of Engineering fabrics, Fatigue and Fracture regulate, Castings, Weldments, Wrought Steels, Aluminum Alloys, Titanium Alloys and Superalloys. Appendices comprise finished assurance of fatigue power parameters and stress-intensity components.
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Additional resources for ASM Handbook, Volume 19: Fatigue and Fracture
Sample text
The individual sections offer selected examples of properties that reflect some detail of each approach. Although life estimation is not the subject of this article, it is obvious that this is one of the main uses of the "properties" development. Basically, data on test coupons are only good at estimating the life of test coupons; other structures may not be as amenable to estimation. A life estimation within a factor of 2 would be exceptional, and perhaps one within an order of magnitude would not be considered too outrageous, depending on the quality of information, appropriateness of technique, and "property" data.
W. Hoeppner, Department of Mechanical Engineering, University of Utah Introduction FATIGUE PROPERTIES are an integral part of materials comparison activities and offer information for structural life estimation in many engineering applications. They are a critical element in the path relating the materials of construction to the components and must take into account as many influences as possible to reflect the actual product situation. In application, fatigue is a detail analysis, trying to assess what will occur at a particular location of a component or assembly under cyclic loading.
R. Ritchie, B. L. Server, Met. , Vol 7A, 1976, p 831 35. R. Rice, Mechanics of Crack Tip Deformation and Extension By Fatigue, STP 415, ASTM, 1967 36. A. R. , "The Effect of Microstructure and Strength on the Fracture Toughness of an 18Ni, 300 Grade Maraging Steel," Technical Report 6, NASA, 1974 37. E. Pellissier, Effects of Microstructure on the Fracture Toughness of Ultrahigh-Strength Steels, Eng. Fract. , Vol 1, 1968, p 55 38. P. Wei, Fracture Toughness Testing in Alloy Development, in STP 381, ASTM, 1965 39.
