Authors: William F. Hosford, Robert M. Caddell
Edition: 3, illustrated
Publisher: Cambridge University Press, 2007
ISBN: 0521881218, 9780521881210
Length: 312 pages
Pdf: 8.45 mB Pdf Quality Condition: 9 points (over 10)
This book helps the engineer understand the principles of metal forming and analyze forming problems - both the mechanics of forming processes and how the properties of metals interact with the processes. The first third of the book is devoted to fundamentals of mechanics and materials; the middle to the analyses of bulk forming processes like drawing, extrusion, and rolling; and the last third covers sheet forming processes. In this new third edition, an entire chapter has been devoted to forming limit diagrams, and various aspects of stamping, including the use of tailor welded blanks, and another on other sheet forming operations, including hydroforming of tubes. Coverage of sheet metal properties has been expanded to include new materials and more on aluminium alloys. Interesting end-of-chapter notes have been added throughout as well as references. More than 200 end-of-chapter problems are also included.
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Author: L. P. Pook
Edition: illustrated
Publisher: Springer, 2007
ISBN: 140205596X, 9781402055966
Length: 264 pages
Pdf: 2.4 mB Pdf Quality Condition: 9 points (over 10)
This book presents important concepts in metal fatigue in a straightforward manner, for the benefit of readers who must understand more advanced documents on a wide range of metal fatigue topics. The text shows how metal fatigue problems are solved in engineering practice. The book assumes no prior knowledge of metal fatigue, requiring only a basic understanding of stress analysis and mathematics covered in engineering undergraduate courses.
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If you have noticed, HOTFILE links (many of them) are no longer available for access.
They are taking the hot seat
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now after Rapidshare a few years back.
I would suggest not to upload critical files in Hotfile. They might be flagged, or worst - your premium account suspended. Moderator Notes:
You got 3 warnings of transparent link(included this). You're still posting transparent link. For your next transparent link, your posting privilege will be suspended until you can show me/moderators that you can post the right code protected links (by posting on my profile comments or e-mail to me).
TRB State of the Art Report 8: Guide to Earthwork Construction provides construction engineers and technicians with information on all aspects of earthwork construction. Although it is not intended to be a design manual, it does contain considerable background on the design concepts that are necessary for good earthwork construction.
The Guide is divided into ten chapters as follows:
* Introduction,
* History of Embankment Construction,
* Compaction Concepts,
* Earthwork Construction,
* Drainage,
* Embankment Foundations,
* Earthwork for Retaining Structures and Abutments,
* Environmental Considerations,
* Special Soil Deposits and Embankment Materials, and
* Instrumentation for Embankments.
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Hi
My question have to concern with normalized axial force by EC into columns
Under thew desired ductility conditions EC require this conditions
ni=Ned/(Ac*fcd) <= 0.55 for DCH ... 1
ni=Ned/(Ac*fcd) <= 0.65 for DCM ... 2
ni=Ned/(Ac*fcd) <= 0.75 for DCL .... 3
Where Ned is axial force ( kN for ex.) given from seismical situations.
My question is
Which value of Axial force must be included in equations 1,2, and 3
N = Ng+0.3NP+Ns or N = 1.35Ng+1.5Np
Or equations 1,2,3 must be checked with both values of axial forces
Any reference or any example would be helpfull,
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