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Formulas for Stress, Strain, and Structural Matrices, by Walter D. Pilkey
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The most comprehensive book in its field, Formulas for Stress, Strain, and Structural Matrices, Second Edition is a source of formulas for the analysis and design of structural members and mechanical elements.
* Presents simple formulas, organized by type of member, to permit more complex members to be solved.
* Includes formulas for dynamic response as well as nominal vibration formulas.
* Contains background material on stress and strain, mechanical properties of materials, stress analysis, stress concentration, and fracture and fatigue mechanics.
- Sales Rank: #3201836 in Books
- Published on: 2004-11-11
- Original language: English
- Number of items: 1
- Dimensions: 9.47" h x 2.29" w x 6.42" l, 4.41 pounds
- Binding: Hardcover
- 1536 pages
From the Publisher
This is a reference source for strength of material formulas for the analysis and design of structural members and mechanical elements. Allows efficient static, stability and dynamic analyses of beams, bars, plates and shells with very general mechanical or thermal loading. The range of solutions includes arbitrary geometries and loadings.
From the Back Cover
A single-source reference covering all aspects of formulas for stress and strain
Formulas for Stress, Strain, and Structural Matrices, Second Edition presents and classifies data related to all the applications of stress and strain analysis in a handy and useful single-source reference. Delivering key material not found in other books on the subject, this updated edition enables readers to harness the efficiency and accuracy of today's computers for deformation and stress analysis.
This versatile Second Edition provides the critical information needed to identify the responses of general mechanical elements and structural members, as well as to find simple formulas that are organized by member type to facilitate the solution of more complex members. Formulas are given for stresses, displacements, buckling loads, natural frequencies, transient responses, beams, torsional systems, extension bars, frames, thin-walled beams, curved bars, rotors, plates, thick shells, and thin shells. The tables of structural matrices are powerful tools for developing custom computer programs to solve special problems.
Formulas for Stress, Strain, and Structural Matrices, Second Edition features:
- New material on biomechanics, biomaterials, viscoelasticity, nanotechnology, MEMS, and material selection
- Extensive geometries or load cases for different structural members
- Stiffness matrices enable readers to quickly and easily construct their own computer solutions
- Formulas for dynamic response and free vibration
- Background material on stress and strain, mechanical properties of materials, stress analysis, stress concentration, and fracture and fatigue mechanics
A conveniently organized resource for the strength of material formulas, Formulas for Stress, Strain, and Structural Matrices, Second Edition eases the task of analysis and provides critical information for mechanical, design, civil, and structural engineers as well as stress analysts.
About the Author
WALTER D. PILKEY, PhD, is a Morse Professor of Mechanical Engineering in the School of Engineering and Applied Science at the University of Virginia, Charlottesville. He is recognized as an authority in the areas of stress and strain from both the mechanical and civil engineering points of view.
Most helpful customer reviews
2 of 2 people found the following review helpful.
Best Formula Book for Structural Engineers
By Bryan R. Osborne
This is the most complete compilation of formulas for structural engineering as far as I can tell, (the plates and shells sections are outstanding). However, I would not advise anyone to use this book alone, even for short calculations of simple elements I always look for a second and sometimes a third source of reference to confirm results. Even the best of books have typos, especially in regards to equations.
For some years now I have worked as a project manager, I don't have as much time to do as many structural calculations as I would like to any more. However in occasions I need to verify the results of other engineers or assess existing structures for a preliminary design. This book has up to now not let me down once in any of these calculations. I would definitely recommend it to any engineer versed in structural analysis.
Best regards,
Bryan
3 of 3 people found the following review helpful.
A Roark for Structural Engrs
By J. Klein
I can't say enough about this book. However, you may hate this book just based on the fact that you'll end up throwing away a handful of your ol tried n trusty references after getting it. It is that comprehensive. I haven't opened my Roark's since I got it. Roark does a good job of providing info that's useful to mechanical and structural engineers, but this was obviously conceived from the get-go with structural engineering in mind (though its written by a mechanical engring professor).
I have no qualms stating that this is THE new reference text for non-material (steel, concrete, etc) structural engineering. Need a generic stiffness matrix for a tapered beam with spring supports? Got it. How about plates on elastic foundations, or do you need 100 pages of tabulated internal forces, deflections and dynamic properties of thin-shells of revolution? Got it.
You won't regret shelling out the cash for this one...
11 of 11 people found the following review helpful.
Roark's book raised to the power 3!
By b.vah
This is a first-class reference book, very well organized. As a practising structural engineer, I'm commonly confronted with strength of materials formulas for different kind of structural members and I do extensive FE modeling. It is interesting to have analytical formulas to check these calculations on some occasions.
Roark's formulas for stress and strain hadn't satisfied me: information is not oriented for structural engineers, introductory texts are not enough theoretical and you have US units throughout.
In Pilkey's book, you have the perfect structural engineer's reference: many chapters, with at first a list of notation, explanation of conventions, and then a short introductory course on the subject together with solved examples. After that, there it is: magnificent well-organized "tables", with all kind of data of prime interest to a structural engineer. As an example, I'll mention that you can find plastic section modulus for about 11 section types.
Units are mixed for examples, but for data you have always both US and SI units furnished.
For all entries, Pilkey's book is far more complete than the Roark's one. You'll be surprised by the vastness and depth of formulas furnished. Furthermore, you have structural matrices in each case if you want to do numerical programming.
The list of references is up to date and very extensive. It is a pricy book, but you'll not regret it!
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