The purpose of this Bulletin_108 is to provide links to Online Sources.
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Our page on Mechanical Properties provides an introduction to the Subject.
It is essential that all involved in the use of Materials be informed on Mechanical Properties.
Both the Theory and the Practice help Professionals understand the meaning of Testing, the importance of Standards, and the correct use of Data for future Design.
Welding in particular modifies the Mechanical Properties of Materials in ways that may be dangerous if the needed precautions are not applied correctly.
It is therefore important to have a good grasp of the subject, to spend some training time in a mechanical testing laboratory, to become familiar with the influences of external factors on the properties.
The 9/11 attack caused so much damage because the structures were not designed to stand the exceptional conditions. The link to the report of the investigation is given hereafter.
As usual the references published here are believed to provide new and different points of view to ease the learning of interested students and to consolidate the understanding.
PWL#141B - Bulletin_108: Resources on Mechanical Properties, Tensile, Compression, Shear, Hardness, Creep, Fatigue, Chapters from Books, Articles, Presentations, Lectures, Properties of different Materials, Influence of processing on Properties, Degradation, Inspection and Maintenance and much more...
The references published in this Bulletin_108 were selected to provide useful knowledgeto our readers.
The addresses reported hereafter in this Bulletin_108 were live and correct at the time of their publication.
There is no guarantee that they will always be so, because they are administered by the sources themselves and are under their control.
Note: References to articles or other documents are given here in one of two forms.
If the links are "live" (usually underlined or otherwise highlighted) they are operated with a click of the mouse.
If they are URL's (Uniform Resource Locator), which is the analogue of an address, they begin with "http://..." or "www.".
These are not live and must be copied and pasted entirely into the browser (after having selected them with the mouse or otherwise).
If they are long they may be displayed in two or more lines.
In that case one has to care that the URL be copied completely in a single line without any space, and Enter.
If the information is important to you, you may save the downloaded selected pages in a suitable folder on your Computer for easy reference.
You are welcome to forward this Bulletin_108 Resources page to those of your friends who may profit of this information.
Mechanical Properties of Materials - Pelleg, Joshua - Book for sale
Mechanical Properties of Engineered Materials - Book for sale
Properties of Materials (8 pages)
Mechanical properties (click to see science notes)
Mechanical Properties of Materials (128 pages)
Mechanical Properties of Powder Metallurgy Products
Steel Mechanical Properties (Search all buttons for information)
Mechanical Properties of Structural Steels
- NIST NCSTAR 1-3D
(322 pages)(9/11 Investigation)
IEI Mechanical Property Matrix - ILSCO Extrusions
(Aluminum Alloys) (4 pages)
Lecture 4 - Structure and Mechanical Properties of Materials
(Presentation - 35 slides)
MSE 280: Introduction to Engineering Materials
- Mechanical Properties (Presentation 27 slides)
Mechanical properties of Solids (Presentaton - 15 slides)
Chapter 3 Mechanical Properties of Materials - MTU (63 pages)
5. Mechanical Properties and Performance of Materials (29 pages)
Chapter 6: Mechanical Properties (Presentation - 45 slides)
Chapter 6 Mechanical Properties - University of Tennessee (Presentation - 14 slides)
Chapter 7 - Mechanical Properties (Presentation - 63 slides)
Mechanical Properties (Presentation - 18 slides)
Aluminum Mechanical Properties
Steel material properties
Mechanical Properties of Galvanized Steel
Mechanical Properties of Copper and Copper Alloys at Low Temperatures
Chemical and Mechanical Properties of Titanium and Its Alloys
Mechanical Properties - Diagrams and Tables (212 pages)
Mechanical Properties of MEMS Materials (13 pages)
Mechanical Properties - Stresses & Strains (12 pages)
Mechanical Properties of Magnesium and Magnesium Alloys
Product Design Guide For Forging
(list of detailed subjects to search)
Mechanical properties of metals and metal alloys
Mechanical properties of nanocrystalline materials (130 pages)
Desirable Mechanical Properties Of Engineering Materials
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Therefore, in an effort to comply with the above requirement, we remove the usual list appearing in this location, and urge our readers to use the Site Map to locate the pages that might provide them the answers to their questions.
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