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Building Better Products with Finite Element Analysis First Edition
- ISBN-10156690160X
- ISBN-13978-1566901604
- EditionFirst Edition
- PublisherOnWord Press
- Publication dateOctober 1, 1998
- LanguageEnglish
- Dimensions7.25 x 1.25 x 9.25 inches
- Print length585 pages
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About the Author
Abraham Askenazi serves as the senior analysis for Buell Motorcycle Company. He is a long-timer user of finite element analysis as a tool in the design of motorcycle components.
Product details
- Publisher : OnWord Press; First Edition (October 1, 1998)
- Language : English
- Paperback : 585 pages
- ISBN-10 : 156690160X
- ISBN-13 : 978-1566901604
- Item Weight : 2.15 pounds
- Dimensions : 7.25 x 1.25 x 9.25 inches
- Best Sellers Rank: #2,464,602 in Books (See Top 100 in Books)
- #421 in Industrial Engineering (Books)
- #552 in Drafting & Mechanical Drawing (Books)
- #6,394 in Industrial Manufacturing Systems
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A very useful reference for beginners.
So this explained the areas I needed to pay attention to
The book starts by giving an overview of the common types of classical engineering analysis including, free body diagrams, moments of inertia, stress and strain, beam theory, failure theories and dynamic analysis. After this introduction there is no more mathematics to be found in the book. The next chapter discusses the capabilities and limitations of both h-element and p-element codes. The critical distinction between correctness and accuracy is also made clear.
In part 2 the basic types of modelling are covered with plenty of examples showing how in practical terms the modelling should be carried out. The effect of choosing different constraint systems is clearly demonstrated. There is an extremely useful section on how to build CAD models that are "Finite Element friendly"; something that is rarely discussed in other works. In chapter 8 boundary conditions are discussed in more detail and good use is made of example models showing how different constraint systems affect the answer; sometimes very dramatically. The techniques necessary for a successful part optimisation are covered, from concept design selection through fine tuning to local sensitivity analysis.
In part 3 more complex analysis issues are tackled, including joints, welds & press-fits. Non- linear, modal and dynamic analysis are covered briefly but in sufficient detail for the analyst to get started in these difficult fields.
The final part of the book covers how to choose the correct FEA system for your needs and how to successfully integrate finite element analysis into the design process. Hardware requirements are discussed in general terms. Finally some predictions are made for the future of structural analysis.
I would thoroughly recommend this book to designers and analysts who wish to get the most out of their analysis. It distils many years of finite element expertise into a highly readable book which should be on the shelf of all product designers who use, or wish to use, finite element analysis tools. It should also be read by engineering managers who wish to appreciate the potential pitfalls of FEA, and so fully reap the benefits rather than getting 'pretty pictures'.
It is definitely a book for beginners or perhaps managers who don't directly do FEA. For a practising analyst or engineer it is probably of limited use.