Product Description:
This book is a modern version of classical Strength of Materials adapted to meet the needs of developing technology with its emphasis on interdisciplinary approaches. Subjects such as plasticity, fracture, composite materials, energy approaches and mechanics of microdevices (MEMs) are integrated into a unified text. In this way, the slow build up of traditional programs is replaced by an integrated and unified approach which reflects the reality of modern technology with its demands to learn the fundamentals of new subjects quickly.
The text is suitable for an introductory Strength of Materials course and as a continuing text for both advanced undergraduate and graduate courses. It can also be used as a resource for professional engineers occupied with development of new products.
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Product details:
* Paperback: 296 pages
* Publisher: Wiley-Blackwell (25 May 2005)
* Language English
* ISBN-10: 1405120533
* ISBN-13: 978-1405120531
Review:
′Philip Garrison approaches the subject in a gentle user–friendly style with clear explanations and numerous explanatory diagrams supported by well–worked examples and a number of exercises.′ Building Engineer January 2006
′This book is well thought out, well written and would provide a good introduction to basic principles.It is aimed at those just starting their studies, but would be useful to those requiring a recap of first principles.′ The Structural Engineer Augsut 2006
Product Description:
This book provides students of civil engineering and architecture with a grounding in the fundamentals of structures, and a ′feel′ for the way buildings behave structurally. The book aims to explain structural concepts clearly, using analogies and examples to illustrate the points, and it expresses mathematical aspects of the subject in a straightforward way.
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Publisher: Taylor & Francis 7 edition (April 16, 2007)
ISBN: 041533294X
Pages: 87
PDF: 2.45 MB
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Durability Design of Concrete Structures (Rilem Report) by A. Sarja
info:
Durability Design of Concrete Structures (Rilem Report) by A. Sarja
Publisher: Taylor & Francis
May 1, 1996
ISBN: 0419214100
Pages: 165
2.89 MB
Concrete structures can be designed for durability by applying the principles and procedures of reliability theory combined with traditional structural design. This book is the first systematic attempt to introduce into structural design a general theory of structural reliability and existing calculation models for common degradation processes. It covers both the theoretical background and practical design for service life and includes worked examples which highlight the application of the design procedure and methods.
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SEISMIC DESIGN OF SPECIAL MOMENT FRAMES
A GUIDE FOR PRACTISING ENGINEERS
BY MOEHLE, HOOPER, LUBKE
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The Adobe® Photoshop® family of products is the ultimate playground for bringing out the best in your digital images and transforming them into anything you can imagine.
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Breakthrough 3D painting and compositing capabilities let you work with 3D models as easily and powerfully as with 2D images.
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I'd like to start this new thread with links for free engineer spreadsheet.
Firstly, a "must have" collection shared for Reinforced Concrete Council - RC-info site (UK): RCC-2000 SPREADSHEETS FOR CONCRETE DESIGN TO BS 8110 and EC2 (SI Units):
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Secondly, an excellent link of a "Structural Engineers Association of South Carolina", in the "ALEX'S CORNER" with a lot of goodies (US Units):
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Another interesting one, with a lot of Daniel T. Lee cracked spreadsheets (US Units) is:
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This important collection reviews key inspection and monitoring techniques and their applications to bridges, buildings, and other civil structures. The first group of chapters covers ways for testing corrosion in concrete components. Reflecting their continuing importance and vulnerability to decay, the next series of chapters describes ways of testing wood components within civil structures. A final group of chapters looks at visual and acoustic techniques and their use in assessing bridges in particular. Inspection and Monitoring Techniques for Bridges and Civil Structures will be an invaluable reference for civil engineers involved in safety inspection, maintenance, and repair.
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Basic Geotechnical Earthquake Engineering By Kamalesh Kumar
Publisher: New Age International 2008 | EAN:9788122420791 ISBN: 9788122426205 | PDF | 4 MB
A basic textbook on geotechnical earthquake engineering. It is lucidly written and is suitable for undergraduate as well as first year postgraduate course in civil engineering with soil mechanics and foundation engineering at undergraduate level as prerequisite.
Key Features:
Subject matter is organised logically to make it easy and interesting for the students.
Emphasis has been given on the basics of geotechnical earthquake engineering.
Home work problems have been given at the end of each chapter to test the understanding of concepts given in the chapter.
At the end of appropriate chapters solved numerical problems as well as exercise numerical problems as home work problems have also been to make the related concepts clear.
About the Author(s):
Dr. Kamalesh Kumar
is with civil engineering, Biria Institute of Technology & Science (BITS), Pilani, Rajasthan. He obtained his B. Tech. degree from Indian Institute of Technology, Kanpur and M. S. degree from Lehigh University, Pennsylvania, USA. He completed his Ph. D. from BITS Pilani, Rajasthan in 2002. He has research publications in one international conference, three national conferences and two national journals. He has contributed chapter on geotechnical earthquake engineering for the lecture notes developed by civil engineering group, BITS Pilani for earthquake risk management. His area of specialization is geotechnical engineering. He is actively involved in the soil consultancy projects to determine its bearing capacity. He is member of Phi-Beta-Delta honour society for international scholars.
Contents:
Introduction to Geotechnical Earthquake Engineering
Earthquakes
Seismic Hazards in India
Dynamic Soil Properties
Site Seismicity, Seismic Soil Response and Design Earthquake
Liquefaction
Earthquake Resistant Design for Shallow Foundation
Earthquake Resistant Design of Deep Foundation
Slope Stability Analyses for Earthquakes
Retaining Wall Analyses for Earthquakes
Earthquake Resistant Design of Buildings
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