Information and Communication Technology (ICT) for Bridges, Buildings and Construction Practice - Vol. 94
Information and Communication Technology (ICT) for Bridges, Buildings
The IABSE Conference 'Information and Communication Technology (ICT) for Bridges, Buildings and Construction Practice' in Helsinki, Finland, June 4 – 6, 2008 attracted 150 participants from around the world.
The Report with CD has been published, including Keynote Lectures and Presentations addressing the following topics:
Applied Finite Element Modeling (FEM), Actions, Building Information Modeling (BIM), Bridge Management, Concrete, Construction, Damages, Large Structures, Modeling, Monitoring, Monitoring Case Studies, Optical, Software Tools, Special Monitoring Technologies, Steel and Wind
Keynote Lectures:
* The Science and Art of Structural Engineering: How to Live up to the Expectations and Demands of Society Today and Tomorrow
Kaj Hedvall, Finland
* The Use of Building Information Models: a Contractor’s Point of View
Claude Dumoulin, Pierre Benning, France
* Bridge and Infrastructure Management Systems
Livia Pardi, Italy
* Use of Integrated Shop Drawings for the San Francisco Oakland Bay Bridge
James Duxbury, Marwan Nader, USA
* Parametric Description of Bridge Structures
Casimir Katz, Germany
* Wireless Monitoring in Structural Engineering using MEMS Sensors and Acoustic Emission Technique
Christian Grosse, Germany
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Manual for the design of plain masonry in building structures to Eurocode 6
Author: BSI | Size: 0 MB | Format:PDF | Publisher: The Institution of Structural Engineers | Year: February 2008 | pages: 136 | ISBN: 9781906335021
The Institution has published the Manual for the design of plain masonry in building structures to Eurocode 6, a new book based on the European standards for masonry structural designs in the UK.
This manual supports the design of structures to BS EN 1996-1-1: 2005, BS EN 1996-1-2: 2005 and BS EN 1996-2: 2006 for construction in the UK.
Nationally Determined Parameters from the UK National Annex have been taken into account in the design formulae that are presented.
The range of structures covered by the manual is limited to building structures that do not rely on bending in masonry for their overall stability (e.g. sway frame buildings).
However, the design of individual masonry elements subject to lateral loading and involving bending for their resistance is included.
The structural design of reinforced and prestressed masonry is specifically excluded from the manual, as are retaining walls and arched structures.
The exception to this is the use of bed joint reinforcement in laterally loaded wall panels and for crack control.
The design of both loadbearing masonry and masonry infill panels to framed structures in accordance with Eurocode 6 is covered by the manual.
The manual is similar in layout to the Institution's earlier manuals on British standards and covers the following:
- choice of structural form (conceptual design)
- choice of materials
- general principles of limit state design for masonry walls and columns
- design of loadbearing masonry
- design of laterally loaded masonry
- details and construction
- design for fire.
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Theoretical Foundation Engineering (SAME AS THE BOOK ON GOOGLEBOOKS)
# Paperback: 440 pages
# Publisher: Elsevier Science Publishers B.V., Amsterdam, 1987
# Language: English
# ISBN-10: 1932159711
# ISBN-13: 978-193215971
Product Description
Theoretical Foundation Engineering provides in-depth reviews of the existing literature on lateral earth pressure, sheet pile walls, ultimate bearing capacity of shallow foundations, holding capacity of plate and helical anchors in sand and clay, and slope stability analysis. The discussion of the ultimate bearing capacity of shallow foundations is comprehensive, and the review of earth anchors is unique to this book. The treatment is primarily theoretical and does not compete with existing foundation design books. It will be welcomed as a useful reference by graduate students of geotechnical engineering and consultants in the field and will be a valuable addition to any civil engineering library.
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Product Description
Retaining structures form an important component of many civil engineering and geotechnical engineering projects, and careful design and construction of these structures is essential for safety and longevity. In this edition, all sections have been carefully updated and improved to take account of recent developments and improvements in our understanding of soil behaviour and design requirements.
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For your information, I am beginner to start using CSC Orion v15. when i try to click model and analysis results display it appear this message "Model (GMgeo) cannot be found"
There is a Phd competition at my faculty in Serbia - 3 people will get a free Phd course (the course lasts 3 years). The topics are already made by professors, mainly are crap related to some architectural bulshit (public space trough history, buidlings and it's design bla, bla). Only one of them is by my opinio the best among others:
"Lightweight three dimensional grid load bearing structures (space frames) and their relationship with architecture."
Can you just give me any indication, what can this be about? From architectural point of view, probably the most significant concept will be aestherical part. But as I stated before, I find this as a bullshit (and regret I finished architecture instead of civil engineering, I was just not well informed).
So the "potential" is a broad and vague term. I could say that the potentials of space frames in civil engineering and architectural are, that:
light, fully prefabricated, easy to assemble and erect, light and convinient for transport, can cover of huge spans and indoor spaces, material savers etc.
I know how to write a thesis (methodology, theoretical orientetion, research study, sources, materials, advantages and disadvantages of this system etc). And there are also a lot of thesis examples at our faculty library. Also I have downloaded the "How to write a Phd thesis" here from forum.
But what would be the main thing to focus on researching and doing the Phd thesis with this title in the following 3 years?
Any ideas?
Handbook of Hydraulics
Author(s): Ernest F. Brater, Horace W. King, James E. Lindell, C.Y. Wei
Publisher: McGraw-Hill Professional; 7 edition
Date : 1996
Pages : 640
Format : DJVU
Language : English
ISBN-10 : 0070072477
This is one-stop answer guide to hydraulics engineering and design who is working in this field. Turn to Handbook of Hydraulics, Seventh Edition, for the tables, formulas, computer applications, and other resources you need to design and engineer virtually any hydraulic system. Bringing Ernest F. Brater and Horace W. King's last edition into the 21st century, James E. Lindell and C.Y. Wei have revised and updated this unmatched advisor--coverting all constants to metric units--to give you powerful solutions governing: Viscosity, surface tension, and elasticity; fluid pressures and hydraulic forces; laminar, turbulent, steady, and unsteady flows; oscillatory, breaking, and wind-generated waves plus shore erosion control' flow through orifice gates, tubes, weirs, and pipes; uniform and nonuniform flow in open channels; high-velocity transitions through straight-walled, enlargement, and curved-wall constrictions; unsteady open channel and spatially variable flow; flow measurement with meters, pilot tubes, venture flumes, and other devices; computer-based numerical methods; much more.
From the Back Cover
The definitive reference. . .now completely updated to reflect the latest advances in hydraulic engineering Continuing its traditon of excellence as the standard reference on hydraulics for more than 75 years, this seminal work has been thoroughly revised and updated to help practicing engineers solve hydraulic engineering problems well into the next century. Packed with current and dependable data, tables, formulas, and other crucial information that generations of professionals have come to rely on, the Seventh Edition contains many valuable new features, including: An extensive listing of computer software programs--over 150 in all--to help speed computations, analyses, and solutions of modern hydraulic engineering problems. Included is a description of each program's capabilities, availability, and cost. General discussion of the ways in which computer techonology is playing an increasingly important role in solving problems related to unsteady flow in open channels and conduits. . .pipe networks. . .spillways. . .sediment transport. . .shallow surface water. . .water quality. . .reservoir dynamics. . .hydrodynamic transport in rivers. . .coastal hydraulics. . .flow through porous media. . .hydraulic turbine units and draft tubes. . .and much more. Conversion to metric units throughout. . .many updated numerical examples showing applications to real-world problems. . .and a wealth of key analytical background material. This classic handbook is, now more than ever, an indispensible reference for every engineer who wants to save time and effort making accurate hydraulics computations.
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Statistics Made Simple: Do It Yourself On Pc
Author(s): Sarma K. V. S.
Publisher: Prentice-hall Of India Pvt Ltd
Date : 2006
Pages : 233
Format : PDF
Language : English
ISBN-10 : 8120317416
Size: 17.4 MB
This book is designed as a textbook for the students offering courses in research methodology taught in several Indian universities and other institutes of higher learning. The text is also intended for the postgraduate students of population studies, sociology, economics, psychology and anthropology.
This reader-friendly text tells the student how to handle data and get the desired output through commonly available software like MS-Office and Excel in easy, basic, and step-by-step approach. In this book, Professor Sarma has taken real data and live examples and illustrated these through graphs, tables and screen shots. An entire chapter is devoted to FoxPro programs which help students of statistics, operations research, management and computer science to get custom-designed output.
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