The Canadian Institute of Steel Construction web page:
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New Developments in Dam Engineering : Proceedings of the 4th International Conference on Dam Engineering, 18-20 October, Nanjing, China
* Edited by Martin Wieland, Qingwen Ren, John S.Y. Tan
* ISBN: 9780415362405
* Publish Date: September 15th 2004
* Imprint: Taylor & Francis
* Pages: 1240 pages
Description
The development of water resources is a key element in the socio-economic development of many regions in the world. Water availability and rainfall are unequally distributed both in space and time, so dams play a vital role, there being few viable alternatives for storing water. Dams hold a prime place in satisfying the ever-increasing demand for power, irrigation and drinking water, for protection of man, property and environment from catastrophic floods, and for regulating the flow of rivers. Dams have contributed to the development of civilization for over 2,000 years. Worldwide there are some 45,000 large dams listed by ICOLD, which have a height over 15 meters. Today, in western countries, where most of the water resources have been developed, the safety of the existing dams and measures for extending their economical life are of prime concern. In developing countries the focus is on the construction of new dams. The proceedings of the 4th International Conference on Dam Engineering includes contributions from 18 countries, and provides an overview of the state-of-the-art in hydropower development, new type dams, new materials and new technologies, dam and environment. Traditional areas, such as concrete dams and embankment dams, methods of analysis and design of dams, dam foundation, seismic analysis, design and safety, stability of dam and slope, dam safety monitoring and instrumentation, dam maintenance, and rehabilitation and heightening are also considered. The book is of special interest to scientists, researchers, engineers, and students working in dam engineering, dam design, hydropower development, environmental engineering, and structural hydraulics.
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GIS APPLICATIONS for Water, Wastewater and Stormwater Systems
GIS APPLICATIONS for Water, Wastewater and Stormwater Systems
Author: U M Shamsi
Publishers: CRC Press (Taylor & Francis Group)
Published Year: 2005
Language and Format: English (PDF)
Pages: 453
International Standard Book Number (ISBN): 0-8493-2097-6
Book Info: Plz refer to screenshot1
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Handbook of Transportation Engineering
Author/Editor: Myer Kutz
Published year: 2004
Publisher: McGraw-Hill Publishing Co. Inc., USA
Format: PDF (digital)
Language: English
Size: 11.8 MB
Pages: 937
This book is very useful for Civil Engineers, especially for those who are working in the field of transportation engineering. It covers almost all sorts of topics in transportation and highway engineering aspects. This textbook contains about 38 chapters, which were contributed from different renowned authors in the world and concised in one format by editor Myer Kutz. Its not only helpful for graduate students but also for practising engineers in the relevant field.
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StormCAD provides comprehensive modeling for the design and analysis of storm sewer systems. StormCAD provides calculations for catchment runoff, gutters, inlets, junctions, pipe networks, and outfalls, and its intuitive interface makes the design and analysis of storm sewer systems easier than ever. Available for AutoCAD, or as a stand-alone product, StormCAD includes automated constraint-based design; scenario and data management and reporting capabilities.
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IMPORTANT NOTICE: You may use this software for evaluation purposes only.
If you like it, it is strongly suggested you buy it to support the developers.
By any means you may not use this software to make money or use it for commercial purpose.
Bentley CulvertMaster Test is an extremely powerful, yet easy-to-use program that helps civil engineers design and analyze culvert hydraulics, from single barrel to complex multi-barrel culverts with roadway overtopping. You will be able to use Bentley CulvertMaster within minutes of installing it. Just click the appropriate button to create a new analysis, design, or Quick Culvert Calculator Worksheet. Then enter data in clearly labeled fields with full context-sensitive help, and click to calculate. It is really that easy. Bentley CulvertMaster also allows you to solve for most hydraulic variables, including culvert size, flow, and headwater, as well as plot and generate output for rating tables showing computed flow characteristics.
You have a choice of culvert barrel shapes, including circular pipes, pipe arches, boxes and more. Flow calculations handle pressure and varied flow situations such as backwater and drawdown curves. Design discharge can be calculated using either the Rational or SCS method. Rainfall information is calculated using rainfall tables, equations, or the National Weather Services’ Hydro-35 data. Bentley CulvertMaster also plots Intensity-Duration-Frequency (IDF) curves. Bentley CulvertMaster’s flexible reporting feature allows you to print the design and analysis results in report format or as a graphical plot.
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IMPORTANT NOTICE: You may use this software for evaluation purposes only.
If you like it, it is strongly suggested you buy it to support the developers.
By any means you may not use this software to make money or use it for commercial purpose.
Canadian Professional Engineering Practice and Ethics second edition Gordon C. Andrews and John D. Kemper
Product Details:
Canadian Professional Engineering Practice and Ethics, second edition.
Gordon C. Andrews and John D. Kemper. Saunders College Canada
Paperback: 492 pages
Publisher: Saunders College Canada/ Harcourt Canada; 2nd edition (1999)
Language: English
ISBN-10: 0-7747-3501-5
ISBN-13: 978-0774735018
$49.95 (Canadian).
Product Description:
Provides readers with the structure, practice, and ethics of the engineering profession. It encourages engineers to apply ethical concepts in their professional practice. Like the first edition, this comprehensive text is suitable for classroom use, for individual study, or as a reference for practicing engineers.
This text/reference is designed to acquaint readers with the structure, practice, and ethics of the engineering profession in Canada, and to encourage engineers to apply ethical concepts in their professional practice. It is intended for senior undergraduates, recent graduates, practicing engineers in Canada, and foreign engineers who have immigrated to Canada and wish to practice engineering. Case studies focus on ethical problems and on engineering practices that have led to disastrous results. The book includes sample exam questions, career advice, and discussions of professional practice. Appendices list provincial and territorial regulations, professional guidelines, and addresses of Canadian engineering societies.
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EARTHQUAKE RESISTANT DESIGN CODES IN JAPAN, January,2000
The Hanshin-Awaji Earthquake on January 17, 1995, which resulted in more than 6,000 deaths, was one of the most disastrous earthquakes to hit Japan since the Great Kanto Earthquake of 1923. A large number of buildings and houses collapsed, while severe damage to highway and railway bridges seriously affected rescue and ambulance operations, and hindered restoration activities after the earthquake. Based on the lessons learned from the earthquake and the disastrous damage, the effort to strengthen and upgrade the seismic performance of civil infrastructures including highway, railway, port and harbor facilities and lifeline facilities was concentrated and the several seismic design specifications/guidelines and manuals have been developed and issued, and they have been effectively applied in the practical designs.
In January 2000, the Japan Society of Civil Engineers (JSCE) has published the third edition of the earthquake resistant design codes in Japan. This edition includes the newly-revised seismic design methods for civil infrastructures in Japan including highway bridges, railway structures, port facilities, water supply facilities and gas pipelines, as well as the lessons learned from the 1995 Hyogoken-nanbu earthquake and the key issues for the earthquake resistant design of civil engineering structures after the earthquake.
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