Drift optimization of high-rise buildings in earthquake zones
Author: Mohammed Al-Ansar, Ahmed Senouci | Size: 0.99 MB | Format:PDF | Quality:Original preprint | Publisher: The Structural Design of Tall and Special Buildings, Volume 20, Issue 2 | Year: March 2011 | pages: 208–222 | ISSN: 1541-7808
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I'm looking for the following standards:
1. BS EN 12390-6:2009 Testing hardened concrete. Tensile splitting strength of test specimens
2. DD CEN/TS 12390-9:2006 Testing hardened concrete. Freeze-thaw resistance. Scaling
3. DD CEN/TS 12390-11:2010 Testing hardened concrete. Determination of the chloride resistance of concrete, unidirectional diffusion
4. PD CEN/TR 15177:2006 Testing the freeze-thaw resistance of concrete. Internal structural damage
5. BS EN 14629:2007 Products and systems for the protection and repair of concrete structures. Test methods. Determination of chloride content in hardened concrete.
If you have any of the standards mentioned above, please share it.
Thanks in advance!
IR.
1)Borges, JL. 2004. Three-dimensional analysis of embankments on soft soils incorporating vertical drains by
finite element method. Computers and Geotechnics, 31(8): 665–676, Elsevier.
2)Borges, J.L, Cardoso, A.S. 2001. Structural behaviour and parametric study of reinforced embankments on
soft clays. Computers and Geotechnics, 28(3): 209–233.
3)Lewis, R.W., Schrefler, B.A. 1987. The finite element method in the deformation and consolidation of porous
media. JohnWiley and Sons, Inc., NewYork
4)Mita, K. A., Dasari, G. R., Lo, K.W. 2004. Performance of a three-dimensional Hvorslev-Modified Cam Clay
model for overconsolidated clay. International Journal of Geomechanics, ASCE, 4(4): 296–309.
5)Bose, S. K. and Som, N. N. 1998. Parametric study of a braced cut by finite element method. Elsevier Science
Publishers (eds.).Computers and Geotechnics vol. 22 no2: 91–107.
6)Clough, G.W. and Reed, M.W. 1984. Measured behaviour of braced wall in very soft clay. Journal Geotech.
Eng. Div. Vol. 110, N◦1: 1–19.
7)Clough, G.W. and Schmidt, B. 1981. Design and performance of excavations and tunnels in soft clay. Brand
and Brenner (eds) Soft Clay Engineering,
WHAT IS AUTOCAD?
AutoCAD is a drafting and design software package developed and marketed by Autodesk®, Inc. As of 2011, it has been around for approximately 29 years—several lifetimes in the software industry. It has grown from modest beginnings to an industry standard, often imitated, sometimes exceeded, but never equaled. The basic premise of its design is simple and is the main reason for AutoCAD’s success. Anything you can think of, you can draw quickly and easily. For many years, AutoCAD remained a superb 2D electronic drafting board, replacing the pencil and paper for an entire generation of technical professionals. In recent releases, its 3D capabilities finally matured, and AutoCAD is now also considered an excellent 3D visualization tool, especially for architecture and interior design.
The software has a rather steep learning curve to become an expert but a surprisingly easy one to just get started. Most important, it is well worth learning. This is truly global software that has been adopted by millions of architects, designers, and engineers worldwide. Over the years, Autodesk expanded this reach by introducing add-on packages that customize AutoCAD for industry-specific tasks, such as electrical, civil, and mechanical engineering. However, underneath all these add-ons is still plain AutoCAD. This software remains hugely popular. Learn it well, as it is still one of the best things you can add to your resume and skill set.
ABOUT THIS BOOK
This book is not like most on the market. While many authors certainly view their particular text as unique and novel in its approach, I rarely reviewed one that was clear to a beginner student and distilled AutoCAD concepts down to basic, easy to understand explanations. The problem may be that many of the available books are written by either industry technical experts or teachers but rarely by someone who is actively both. One really needs to interact with the industry and the students, in equal measure, to bridge the gap between reality and the classroom.
After years of AutoCAD design work in the daytime and teaching nights and weekends, I set out to create a set of classroom notes that outlined, in an easy to understand manner, exactly how AutoCAD is used and applied, not theoretical musings or clinical descriptions of the commands. These notes eventually were expanded into the book that you now hold. The rationale was simple: I need this person to be up and running as soon as possible to do a job. How do we make this happen?
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The video game industry is unique in that it regularly incorporates every major discipline of computer science. From 3D graphics and artificial intelligence to operating system theory and database design, if you are
designing a commercial video game, you will eventually run into problems from each of these fields. Some of these fields mean working with specialized languages, but ultimately the two languages that are as common to the game industry as crunch time, caffeinated beverages, and pizza are C and C++. Despite a few commercial games written in Java (which is very similar to C++), almost every game that you play is written in either C or C++. It doesn’t matter whether the game runs on a PC, a game console, or even an arcade machine, chances are that C or C++ routines are at its heart. Even in cases when performance dictates that a routine needs to be written in assembly language to squeeze out more speed, it is common practice to first write the routine in C or C++.
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Titles in the Objekt series explore a range of types – buildings, products, artefacts – that have captured the imagination of modernist designers, makers and theorists. The objects selected for the series are by no means all modern inventions, but they have in common the fact that they acquired a particular significance in the last 100 years.
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BS 8887 Series - Design for manufacture, assembly, disassembly and end-of-life processing (MADE)
Size: Total 5.4 MB | Format:PDF | ISBN: -varies-
BS 8887-240:2011
Design for manufacture, assembly, disassembly and end-of-life processing (MADE). Reconditioning
BS 8887-220:2010
Design for manufacture, assembly, disassembly and end-of-life processing (MADE). The process of remanufacture. Specification
BS 8887-2:2009
Design for manufacture, assembly, disassembly and end-of-life processing (MADE). Terms and definitions
BS 8887-1:2006
Design for manufacture, assembly, disassembly and end-of-life processing (MADE). General concepts, process and requirements
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BS 644 specifies requirements for the design, construction and performance of fully finished and glazed factory-assembled timber windows of various types.
It applies to windows that have been treated with either opaque, non-opaque finishes, or that are designed to support an externally fixed covering of another material, and that have been factory-glazed. It does not apply to windows supplied as kits for site assembly.
BS 644 applies to windows fabricated into frames in a factory, to be installed vertically (±15°) into the external face of buildings, as single or multi-light units, in coupled assemblies when appropriate, of the following types:
a) Hinged: side-hung (open in or out), top-hung (open out), bottom hung (open in), tilt and turn or turn before tilt
b) Projecting: side-hung (open in or open out) and top-hung (open out)
c) Pivoted: horizontal and vertical (hung centrally or off-centre)
d) Sliding: horizontal and vertical
e) Side-hung and top-hung (open out) fully reversible
f) Fixed light
g) Direct glazed frames.
BS 644 should be used for assemblies in which any frame member is not longer than 3 m. It does not apply to curtain walls that span across horizontal structural members of floors but does apply to windows within a curtain walling system. It is also applicable to assemblies up to the factory gate.
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BS EN ISO 18279:2003 details a classification of imperfections that can occur in brazing joints; guidance on quality levels; and suggested limits for imperfections. BS EN ISO 18279:2003 covers only imperfections that can occur in connection with brazing without the effect of any additional service loads. Only the type, shape and position of such imperfections are covered; no indication is given of the conditions of occurrence or causes.
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