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Posted by: medo_sk - 05-26-2011, 06:46 AM - Forum: Archive
- No Replies
Hi Civileans,
If anyone has this document please upload it.
Decree of the cabinet president No. 3274. Annex 2: Provisions for design seismic evaluation and retrofitting of buildings. Appendix No. 72 to the Italian Official Gazette, vol. 105, 20 March 2003.
These guidelines are intended to facilitate the use of earth masonry in common contemporary construction situations. They provide the necessary basic technical information needed by architects and engineers who do not have specialist knowledge of earth construction. Equally, they can act as a handbook for the self-builder or contractor. In a field where there is a wide variety of materials and buildings, the guidance can only ever be general. Each material and design situation needs to be considered in its own right, and more specific expert guidance should be sought if the user is in doubt. There is a range of possible sources of further advice. Manufacturers and distributors of proprietary materials should be able to advise on appropriate use of their products. There is also a loosely knit community of earth building experts in the UK, including architects, builders, engineers and surveyors. A list of useful contacts is given towards the end of the book. In addition, the references and further reading provide a list of relevant publications dealing with earth construction, including books giving a more detailed examination of some of the more technical aspects. This book is written primarily from a UK perspective, though it is intended to be generally relevant in all countries. Comments on climate primarily relate to temperate climates, where rainfall and frost can be significant. It does not consider seismic design, which is outwith the experience of the author and which is described in other publications. The book specifically addresses issues relating to the use of earth masonry in common commercial construction situations by non-expert professionals using proprietary materials, although it is also relevant to other forms of procurement and types of materials. The book focuses on new-build applications, although earth masonry is sometimes used in conservation, especially of vernacular cob buildings. This is a specialist field, for which guidance is given in other publications. This book does not describe in detail vernacular construction using earth masonry materials, such as cob block and clay lump. The guidance will be generally relevant to these uses, but such projects tend to follow well-established traditional conventions of construction, which do not require the same design process as non-specialist commercial new-build projects. Guidance on these traditional techniques can be sought from local earth building organisations. This book does not include any detailed consideration of ‘stabilised’ earth materials. These have additives, such as cement or bitumen, which fundamentally alter the earth materials physical properties. Cement- stabilised earth bricks, for example, are better considered as weak concrete blocks. Such materials can have appropriate uses in earth masonry buildings, such as for a ‘floodproof’ base course. Although often ‘stronger’ than unstabilised earth masonry, such stabilised materials do not possess the other, subtler, benefits of earth masonry. They are also adequately described in other publications, some of which are listed in the references and further reading. The guidelines are structured to follow a typical project process where earth masonry will be used, identifying and assessing the issues relevant to each stage. By its nature, this book gives a limited and simplified picture of a diverse subject into which there is much current research. The author welcomes any suggestions of corrections, omissions, comments or more interesting examples in the fascinating field of earth masonry.
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Scope
The scope of Indian Railways Bridge Manual is to bring out the practices and procedures for maintenance of bridges on Indian Railways. For design and construction purposes, the provisions of relevant IRS Codes will override those provided in this manual wherever the two contravene each other.
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Anyone can share a complete Shear Wall reinforcement detailing for a real project?
If possible the building is to be about 20 storey or above.
I just want to refer how people reinforce the wall.
please help!
Hi dear CIVILEA memebers, I would like to know how you design using the EUROCODE or BS codes two way solid and waffle slabs. The ACI uses since 1963 the methods 1,2 and 3.
Please give me a link for knowing the tables that those codes use.
Tnx a lot
Hi Engineers,
I WORK IN BRIDGE CONTRACTING COMPANY AS A BEGINNER BRIDGE DESIGN ENGINEER
My maneger ask me to design a steel wall formwork .
I refer to the most famous books for formwork design such as ACI SP4 and other books in this site but these books focus on timber formwork and talk briefly about steel one
I lake now to steel sheet properties like allawable bending stress ,allawable rolling shear and other properties if it is available.
Note : this post is ergent for me please help as you can
thank you in advance ,
best regards
BS EN 13395-1:2002
Products and systems for the protection and repair of concrete structures. Test methods. Determination of workability. Test for flow of thixotropic mortars
BS EN 13395-2:2002
Products and systems for the protection and repair of concrete structures. Test methods. Determination of workability. Test for flow of grout or mortar
BS EN 13395-3:2002
Products and systems for the protection and repair of concrete structures. Test methods. Determination of workability. Test for flow of repair concrete
BS EN 13395-4:2002
Products and systems for the protection and repair of concrete structures. Test methods. Determination of workability. Application of repair mortar overhead
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BS EN 12808-1:2008
Grouts for tiles. Determination of chemical resistance of reaction resin mortars
BS EN 12808-2:2008
Grouts for tiles. Determination of resistance to abrasion
BS EN 12808-3:2008
Grouts for tiles. Determination of flexural and compressive strength
BS EN 12808-4:2009
Grouts for tiles. Determination of shrinkage
BS EN 12808-5:2008
Grouts for tiles. Determination of water absorption
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