NOTE: I still haven't got chance to try this guide because I recently found it. As soon as I try it out, I'ill add my comments to this guide.
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Google Book Search is a tool from Google that searches the full text of books that Google scans, converts to text using optical character recognition, and stores in its digital database. Many popular books are available with Google Book. The books available can be read online only and cannot be downloaded for later use. You can download certain books as pdf that allows public-domain works and are free from copyright protection. Only few books are available with full preview based on agreements with publishers.
Following are different tools using which you can download any Google book and save it as PDF file or print it.
1) Google Books Downloader
Google Book Downloader is a tool that allows you to save book as PDF from google to your computer. Before using this tool make sure you have properly installed Microsoft .net Framework 3.5 SP1[1]
How to use Google Books Downloader?
1. Download Google Books Downloader[2]. Extract or unzip the file. Double click mdgb.exe to run the application.
2. Paste the URL of the book you want to download.
3. Press “Check” button. Book will be checked and all available pages will be retrieved.
4. Press “Download entire book” button to download all the pages in one go.
5. Press “Save entire book as…” button. All downloaded pages will be saved in PDF format.
2) Leechvideor
Visit leechvideo[3] and input URL of the book you searched from Google. Input the URL for the book you want to download and press the ‘Grab’ button. The page retrieval process in the form of image files will start as soon as you press the ‘Grab’ button. Click right mouse button on the links and save it manually one by one. You can use Orbit[4] for batch downloading.
3) Greasemonkey script
This is the most powerful and stable way to download Google Book. You can easily download any book from books.google.com using Greasemonkey script. Just follow the simple steps below.
1. This hack only works with firefox browser. Make sure you install firefox browser.
2. Now install Greasemonkey Script[5] and then install Google book downloader userscript[6].
3. InstallFlashgot[7] to firefox browser and restart your firefox browser.
4. Search any book on books.google.com and you’ll notice a download button at the sidebar as shown in screenshot.
5. Click the download button to download the images of each. Select the pages you wish to download and then right click and select FlashGot Selection to download the selected pages.
4) Laneware.net
Visit laneware[8]. The tool works only on IE browser. Input the URL of the book you wish to download and you will get the links of the pages retrieved. I tried the tool but did not found much success. You can use its ‘FAQ and Help’ section for troubleshooting tips.
5) ClickBook
If you are looking for advance tool that can download google book and can print them for you as well then ClickBook is the best solution for you. The tool does not come free and is available for $49.95. Works only with Windows 95/98/ME/NT/2000/2003/XP/Vista. Visit ClickBook[9] for more details.
6) Download book without using any Tool
1. Open computer with admin privileges and launch your Internet Explorer (Not Firefox). Now visit to the page in books.google.com that you want to download.
2. Navigate to “C:\Documents and Settings\%admin_name%\Local Settings\Temporary Internet Files\” of your computer machine and delete all of the content of the folder.
3. Browse the pages of the books that you want to download.
4. Open “Temporary Internet Files” folder. Copy all PNG files. These files are nothing but the pages of the scanned book
5. You can print the png files and arrange them in order for reading.
Please share other methods that can be used to extract the books from Google book search service.
[1] Microsoft .net Framework 3.5 SP1:
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* Publisher: Gulf Professional Publishing
* Number Of Pages: 304
* Publication Date: 2006-04-11
* ISBN-10 / ASIN: 075067900X
* ISBN-13 / EAN: 9780750679008
* Binding: Hardcover
Product Description:
High Pressure Pumps provides a look into recent experience and research to help engineers, scientist and end users to understand the technical side of pumps, nozzles and accessories that have been developed for special applications. High pressure system design with formulas to calculate pressure drop, orifice size, cleaning paths, horsepower, torque and trouble shooting that may not be found in any other single book are included.
High pressure pumps and systems are used in shipbuilding, steel mills, automotive plants, research, petrochemical and water jetting industries. This book covers high pressure pumps used in water jetting, cryogenics, hot fluid pumping, chemical pumping and oil field services. The development of 10,000 psi to 40,000 psi pumps over the lat 30 years is covered along with the auxiliary hardware needed to do surface preparation, high pressure cleaning and water jet cutting.
* Goes a step further than manufacturer's manuals and to explore applications and system design
* Only book on the market that covers this technology from installation to management
* Need to know reference for operating high pressure pumps
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* Publisher: CRC
* Number Of Pages: 1431
* Publication Date: 1999-02-26
* Sales Rank: 2414206
* ISBN / ASIN: 0849321573
* EAN: 9780849321573
Book Description:
This CRCnetBASE version of the best-selling Environmental Engineers' Handbook contains all of the revised, expanded, and updated information of the second edition and more. The fully searchable CD-ROM offers virtually instant access to all of the interrelated factors and principles affecting our environment as well as how the government and the industry must deal with it. It addresses the ongoing global transition in cleaning up the remains of abandoned technology, the prevention of pollution created by existing technology.
The Environmental Engineers' Handbook on CD-ROM provides daily problem solving tools and information on state-of-the-art technologies for the future. The technology and specific equipment used in environmental control and clean-up is included for those professionals in need of detailed technical information. Because analytical results are an essential part of any environmental study, analytical methods used in environmental analysis are presented as well. Data is clearly presented in tables and schematic diagrams that illustrate the technology and techniques used in different areas.
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Rigidity Determination for Shear Wall & Shear Wall with Opening
Using Finite Element Method
Be carefull, no tested...
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Seismic Design for Ordinary Concentrically Braced Frames
Based on IBC 09 & AISC 341-05
Based on IBC 2009 and AISC 341-05Include for profiles Tube & Pipe and WF
Be carefull, no tested...
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Paperback: 88 pages
Publisher: Butterworth-Heinemann; 2 Sub edition (June 1988)
Language: English
ISBN-10: 0408029706
ISBN-13: 978-0408029704
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CONTENTS
I. THE STRAIN ENERGY FUNCTION
II. GENERAL SOLUTIONS OF PROBLEMS
III. FINITE PLANE STRAIN
IV. THEORY OF ELASTIC MEMBRANES
V. THEORY OF SUCCESSIVE APPROXIMATIONS
VI. APPROXIMATE SOLUTION OF TWO-DIMENSIONAL PROBLEMS
VII. REINFORCEMENT BY INEXTENSIBLE CORDS
VIII. THERMODYNAMICS OF DEFORMATION
IX. STABILITY
X. EXPERIMENTAL APPLICATIONS
XI. RHEOLOGICAL EQUATIONS OF STATE
APPENDIX. REDUCTION OF A MATRIX POLYNOMIAL OF TWO MATRICES
AUTHOR INDEX
SUBJECT INDEX
PREFACE
THE rapid development of the theory of large elastic deformations during the past decade was motivated in the first instance by the increasing importance of rubber in industrial applications and the need to get a clear picture of its mechanical properties. For this reason, the early work in the field was concentrated largely on ideally elastic, isotropic, incompressible materials with vulcanized rubber as a typical example of a substance of this kind. The initial success in solving a number of simple problems led to corresponding investigations for compressible and aeolotropic bodies, while the difficulty of solving all but the simplest problems in complete generality has led to the development of approximation procedures.
The general theory of elasticity for finite deformations has been given by Green and Zerna in the book Theoretical Elasticity (subsequently referred to as T.E.) published by the Clarendon Press (1954). This theory is presented in compact form with the aid of tensor notation and the results are applied to solve a numbe of special problems, mainly for isotropic incompressible materials. In the present book attention is concentrated on subsequent development. A summary of the essential basic formulae of the finite theory is given in Chapter I, again using the tensor notation of T.E.; for proofs of these formulae and an exposition of the elementary tensor analysis required the reader is referred to the earlier book. Chapter I then proceeds to an examination of the form of the strain energy function for the basic crystal classes together with the development of the stress-strain relations for orthotropic and transversely isotropic materials. Curvilinear aeolotropy and materials subject to constraints are also examined.
Chapter II contains some of the exact solutions of the finite theory, mainly for aeolotropic bodies. The earlier part of this chapter is concerned with cylindrically symmetrical problems and the flexure problem in which the results apply for a perfectly general form of strain energy. In later sections solutions are derived using the restricted Mooney form of strain energy for rubber-like materials.
In Chapter III the theory of plane strain is developed using tensor notation initially and specializing subsequently to give a complex variable formulation. A number of special problems are examined using this theory. Chapter IV deals with plane stress and the membrane theory of thin shells. In applications attention is confined to axially symmetrical problems which involve only one independent variable. For some of these problems, the membrane equations can be solved analytically; for others, simple numerical methods of integration are available.
A method of successive approximation is developed in Chapter V and illustrated by simple examples. Chapter VI deals with the application of this approximation method to two-dimensional problems, attention being focused largely upon plane strain. The equations derived resemble those of the classical infinitesimal theory, and a complex variable formulation permits the use of the powerful techniques evolved for the classical theory by Muskhelishvili.
The reinforcement of elastic materials by systems of thin flexible inextensible cords is considered in Chapter VII, the main problems examined being either two-dimensional or those possessing cylindrical symmetry. Such problems arise in many industrial applications of rubber. Chapters VIII and IX are concerned with the theories of thermoelasticity and elastic stability respectively for finite deformations. A description of some of the more important physical experiments which have been carried out on vulcanized rubber is contained in Chapter X. These experiments illustrate how a completely general theory, such as that developed in the earlier chapters, may be applied to evaluate the mechanical properties of real materials.
In the last chapter of the book an account is given of some of the recent developments in non-linear continuum mechanics. The theory may be regarded as a natural extension of that of finite elasticity when the assumption of ideal elasticity is relaxed. Owing to the rapid advances now being made in this field attention is confined to a consideration of the kinematics of deformation and some of the simpler forms of the stress deformation relations.
Many of the developments described in this book have been due to the initiative of Professor R. S. Rivlin, and the debt which the subject owes him is apparent from the references in the text. The authors record with pleasure their own indebtedness to him for many stimulating discussions and contacts during the past few years. Acknowledgement should also be made of the encouragement and financial support given to a number of workers in the field by the British Rubber Producers' Research Association with whom Professor Rivlin and one of the present authors (J. E. A.) were at one time associated.
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