Author: Svetlana Brzev and John Pao | Size: 63.1 MB | Format:PDF | Publisher: Pearson Custom Publishing | Year: 2009 | pages: 743 | ISBN: 0558303420
Product Description
This book covers the design of main reinforced concrete structural members in accordance with the limit states design method, and is based on the new CSA Standard A23.3-04 Design of Concrete Structures. The load provisions are consistent with the National Building Code of Canada 2005.
The material in this book is presented in the logical order in which structural design would be performed in practice. The book takes a non-calculus based, practical approach to the analysis and design of reinforced concrete members, rather than a high-level theoretical approach. The authors use modern analysis and design procedures that are consistent with good design practice, teaching, research, and consulting experience related to structural design and rehabilitation of concrete and masonry structures, including buildings, municipal and industrial facilities.
John Pao, MEng, PEng, Struct.Eng, is the President of Bogdonov Pao Associates Ltd. of Vancouver, BC, and BPA Group of Companies with offices in Seattle and Los Angeles. Mr. Pao has extensive consulting experience related to design of reinforced concrete buildings, including high-rise residential and office buildings, shopping centers, parking garages, and institutional buildings.
About the Author
The book is a collaborative effort between an academic and a practising engineer and reflects their unique perspectives on the subject.
Svetlana Brzev, Ph.D., P.Eng. is an Instructor at the Civil Engineering Department of the British Columbia Institute of Technology, Burnaby, BC. She has over 20 years of combined
teaching, research, and consulting experience related to structural design and rehabilitation of concrete and masonry structures, including buildings, municipal and industrial facilities.
John Pao, MEng, PEng, Struct.Eng, is the President of Bogdonov Pao Associates Ltd. of Vancouver, BC, and BPA Group of Companies with offices in Seattle and Los Angeles. Mr. Pao has extensive consulting experience related to design of reinforced concrete buildings, including high-rise residential and office buildings, shopping centers, parking garages, and institutional buildings.
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This volume explains and illustrates some of the more complicated aspects of perspective: parallel perspective, angular perspective, oblique perspective, shadows, the cone of rays and reflections. Special "lift-up pages" enable the reader to picture everything in three dimensions.
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'This is a very readable textbook, on a subject which rarely receives the attention in technical literature which it deserves. Modern laboratories cannot be designed successfully by non-specialist architectural/engineering teams. Even those with experience require guidelines as well as reference to facilities which have proved their worth through successful operation.
The guide is particularly rich in demonstrative examples not only of completed projects involving the Author and other architects, but also of some under construction or at the design stage. The 43 case studies represent a good spread of laboratory design principles and practices. This section, and the associated collection of schematics, details and photographs forms perhaps the most informative part of the book, with equal relevance to general architectural practice and the specialist.'
Extracted from a review by Tomi Komoly (Komoly Associates International Laboratory Design Consultants)
Review of the 2nd edition:
'This is a vital book for all those responsible for the design of laboratory buildings: the client; architect; engineer; building project manager and scientist.'
Building Engineer
Reviews of the 1st edition:
'Having moved in to a new laboratory for teaching and research 12 months ago, I wish that our faculty had had this book available to us 4 years ago while we were in the planning stage of the building.'
Chemistry in Australia
'Many common problems in laboratories could be avoided if this guide was compulsory reading for laboratory managers, architects and designers.'
What's New in Scientific & Laboratory Technology Book Description
One-stop indispensable reference for planning, designing and renovating laboratories
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Author: Richard Taylor | Size: 21.57 MB | Format:PDF | Publisher: David & Charles | Year: 2000 | pages: 128 | ISBN: 0715309277
Buildings-old and new, ornate or simple-provide an endlessly intriguing subject for watercolorists. Author and artist Richard Taylor gives you all the techniques for capturing perspective, proportion, light and shade, detail and texture. After deciding on the right materials, try your hand at everything from sheds and shacks to classical architecture with formal designs, arches, and elegant frontage. Capture the weathered appeal of a crumbling, ruined boatyard; by using lots of water, and downward vertical strokes with the brush, all the dramatic effects of ageing emerge on the paper. Stone steps leading up to a quiet Mediterranean courtyard shine in dappled light and warm shadows-deep in the interior, leafy branches, potted plants, windows, and a statue catch the eye. Or, paint quadrangles, cloisters; terraced homes, town houses, and street life. Throughout, 120 paintings in various stages of completion, show the effects of color, shadowing, and balance. A Selection of F&W's Book Clubs.
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Many books have covered the topics of architecture, materials and technology. 'New Architecture and Technology' is the first to explore the interrelation between these three subjects. It illustrates the impact of modern technology and materials on architecture.
The book explores the technical progress of building showing how developments, both past and present, are influenced by design methods. It provides a survey of contemporary architecture, as affected by construction technology. It also explores aspects of building technology within the context of general industrial, social and economic developments. The reader will acquire a vocabulary covering the entire range of structure types and learn a new approach to understanding the development of design.
* Understand the relationship between technology and architecture
* Gain an insight into the evolution of architectural structures
* Learn about the design process behind well-known contemporary buildings as input to your future designs
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Contents
A. Introduction of Speaker
B. Bridge Construction Methods
i. Pre-cast
ii. Cast in-situ
iii. Others
C. Precasting Techniques
D. Ductal
A. Speaker
David Trayner
1. VSL - Special Projects – Operations Manager NSW
2. Graduated: UTS 1990 BEng; UNE 2001 MBA
3. 1989-91 Costain Australia Pty Ltd
4. 1991 – 2004 VSL Heavy Lift Operations Asia
i. 1991-92 NS4 Bangkok
ii. 1993 Tsing Mah Bridge HK
iii. 1995 Skybridge Petronas Twin Towers KL
iv. 1997 Burj Al Arab, Dubai
v. 2002 – 4 New Bangkok International Airport, BKK, Thailand
5. 2004 onwards VSL Australia, Projects: LHD, BRB,
GDE, GUP
Precast Concrete Bridges
1. I Beams & Super Tee’s
2. Segmental
3. Full Span
• Cast in-situ post tensioned concrete
decks
Precast I Beams & Super Tee’s
1. Description
• Standard Beams can be pre & or post
tensioned.
• Cast on site or in existing PC Yard
2. Advantages
• Cheap
• Simple to erect
3. Disadvantages
• Limited in length (lat torsion buckling)
• Less efficient
• Logistics (police escort etc)
• Aesthetics – banned in some countries
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There is an increasing trend towards tbe construction of multi-storeyed buildings or residential as well as non-residential purposes in urban this book gives design aspects
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Simplified design of building structures-jason ambrose
Author: Jason Ambrose | Size: 30 MB | Format:PDF | Publisher: wiley and sons | Year: 1979 | pages: 267
This book is intended to fill a gap that has existed in the technical literature in the area of structural design for buildings. While the
subject has usually been well covered with regard to its many topics in an incremental way, there have been relatively few books written to explain the overall process of designing a building structure ;beginning with the architect's design drawings and ending with aset of structural plans and details. That is, of course, precisely what the structural designer does in the majority of building design cases,and yet the process has seldom been illustrated. The attempts to do so have usually consisted of examples of the designer's calculations,with little explanation of the general process or of the relations between the architectural and structural design, and with a minimum of graphic illustration
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Author: Dr. Ahmed Abdel-Atty Gab-Allah | Size: 7.72 MB | Format:PDF | Publisher: Zagazig University | Year: 2010 | pages: 63 | ISBN: unknown
INTRODUCTION
Bridges play an important role in linking different parts of highway networks, and therefore have a great impact on the capacities of such networks. Bridges are massive structures that require large amounts of materials, skilled labor, and heavy machinery for their construction. Therefore, the decision regarding the most convenient construction system should be based on careful evaluation of all applicable alternatives, and using evaluation criteria appropriate for each project.
The construction of bridges had started very long time ago. However, the bridge construction technologies have evolved in the 20th century, and were fueled by the Industrial Revolution. At the turn of the century, steel bridges were riveted together, not bolted; concrete bridges were cast in place, not precast; and large bridge members were built from lacing bars and smaller sections, not rolled in one piece. Construction techniques such as post-tensioning, slurry walls, soil freezing, and shield tunneling had not yet been conceived. Bridge construction is changing as the new millennium begins. New construction techniques and new materials are emerging. There are also new issues facing the bridge construction technologies relative to the research needs associated with the new techniques and materials introduced.
Over many decades, various construction systems for bridges have been developed and successfully used. Most of these systems, with advances and modifications, are still in use until today. The objective of this material is to review the state of the art in the area of bridge construction. This involves the latest construction systems and future trends for this type of structures.
For each construction system, a brief description is outlined that includes: system concept, main system components, construction sequence, system advantages, and system disadvantages and limitations. In addition, the bridge construction in Egypt is discussed in view of the applicability of various construction systems under the Egyptian construction environment. This includes the potential of using the promising systems yet to be applied in Egypt.
Bridges can be classified according to their purpose into highway bridges, elevated roads, railway bridges, and foot bridges. This material is limited to highway bridges and elevated roads since their work volume constitutes more than 90% of the total volume of bridge works in Egypt. Only the construction systems for bridge superstructures are included.
Further, bridges can be classified according to their material of construction into timber, masonry, steel, reinforced concrete, and prestressed concrete. The material is limited to prestressed concrete bridges since most recent developments in the bridge construction systems are found in this category.
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