BS 5385-1:2009 Wall and floor tiling. Design and installation of ceramic, natural stone and mosaic wall tiling in normal internal conditions. Code of practice This part of BS 5385 gives recommendations for the design and installation of ceramic, natural stone and mosaic wall tiling in normal internal conditions; a description of tile types can be found in Annex A. It deals with classes and types of background and their suitability to receive tiling using the following fixing methods.
a) Bedding in cementitious adhesives on an intermediate substrate or as a direct bedding method.
b) Bedding in organic-based adhesive (dispersion or reaction resin) on an intermediate substrate or as a direct bedding method.
c) Bedding in cement:sand mortar on rendering or as a direct bedding method.
Natural stone modular tiles as defined in BS EN 12057 are included within the scope of this British Standard, but natural stone slabs (i.e. units with nominal thickness greater than 12 mm thick) are excluded.
Ceramic tile fittings for corners and edges etc., are less readily available than hitherto, and are now excluded from this British Standard. Specially moulded features, for example trims, are also excluded.
Where the tiling installation needs to meet special functional or environmental requirements, or to assist in counteracting potentially detrimental effects on the installation and/or the structure, see BS 5385-4. The special conditions dealt with in BS 5385-4, for example, swimming pools, shower areas, etc., are listed in Annex B. Agglomerated stone tiles and slabs are not included within the scope of this British Standard. Dimensionally similar to natural stone tiles, they possess different physical and chemical characteristics as a result of the various natural stone, mineral and binder constituents from which they are manufactured.
NOTE 1 Agglomerated stone tiles and slabs are natural stone and/or mineral fragments set in a binder subsequently cut to form tiles with a surface that is normally ground and polished to fi nish. Metal, plastic, resin or mirror tiles and glass tiles of similar construction are not included within the scope of this British Standard, as these require different techniques, adhesives etc., to traditional tiles.
NOTE 2 Mirror tiles are tiles manufactured from fl oat or plate glass with an applied backing.
For the purposes of this British Standard “normal conditions” means normal environmental temperatures and humidity. However, it is not to be inferred from this that all recommendations made in this British Standard are unsuitable for more extreme conditions. Manufacturers’ instructions contain limitations of their products.
BS 5385-2:2006 Wall and floor tiling. Design and installation of external ceramic and mosaic wall tiling in normal conditions. Code of practice This part of BS 5385 gives recommendations for the design and installation of external ceramic and mosaic wall tiles in normal climatic conditions in the UK. It deals with the types of backgrounds and their suitability to receive tiling using the following fixing methods:
a) bedding in cementitious or organic adhesives on an intermediate substrate or as a direct bedding method;
b) bedding mosaics in cement:sand mortar on rendering or as a direct bedding method.
NOTE Cement:sand mortar is seldom used as the bed for external wall tiling but, if needed, see BS 5385-1.
BS 5385-3:2007 Wall and floor tiling. Design and installation of internal and external ceramic floor tiles and mosaics in normal conditions. Code of practice
This part of BS 5385 gives recommendations for the design, installation and maintenance of floor tiling using ceramic tiles and mosaics bedded on concrete, cement:sand screeds, timber, asphalt and existing hard floor finishes in normal conditions. For special conditions see BS 5385-4.
The following flooring materials are not included: natural stone (granite, slate, marble, etc.) tiles and slabs of terrazzo, and composition blocks (see BS 5385-5).
Individual floor tiles with a maximum facial surface area greater than 0.72 m2 and with length to width ratio exceeding 2:1, might require special bedding procedures in accordance with advice from tile or adhesive manufacturers.
Tile fittings for use as skirting, step treads and channels are given in Annex A.
NOTE Where the floor tiling installation needs to meet specific functional or environmental requirements, or to assist in counteracting potentially detrimental effects on the installation and/or the structure, see BS 5385-4.
The special conditions described in BS 5385-4, for example, swimming pools, shower areas, etc., are given in Annex B.
Recommendations for the design and laying of levelling screeds are given in Annex C. Reference is made to tiles bedded directly to a concrete base, but for the design and construction of concrete bases see BS 8204-1.
Annex D contains a recommended method for assessing levels and surface regularity and Annex E is an informative annex providing guidance on the reduction of slip hazards.
BS 5385-4:2009 Wall and floor tiling. Design and installation of ceramic and mosaic tiling in special conditions. Code of practice
This part of BS 5385 gives recommendations for the design considerations and installation of ceramic wall and floor tiling and mosaics in situations where there are special functional or environmental requirements and/or conditions that are potentially detrimental to either the installation or the background or both.
Recommendations are given for the choice of materials, application practices and, where appropriate, for the design of backgrounds and structural bases.
This part of BS 5385 augments the recommendations given in BS 5385‑1, BS 5385-2 and BS 5385-3.
NOTE BS 5385-1, BS 5385-2 and BS 5385-3 give recommendations for internal and external, wall and floor tiling and mosaics for; exchanging information, time schedules, suitable materials, tile backgrounds and bases and their preparation, cement:sand rendering, movement joints, bedding methods for tiles and mosaics, grouting, protection, cleaning and maintenance.
BS 5385-5:2009 Wall and floor tiling. Design and installation of terazzo, natural stone and agglomerated stone tile and slab flooring. Code of practice
This part of BS 5385 gives recommendations for the design and installation of terrazzo tile and slab and natural stone internal and external floorings, and contains recommendations covering the laying of agglomerated stone, a cast manufactured item containing natural stone that is subsequently sawn to size.
The types of bedding methods that can be used and their suitability are given; as well as recommendations for the protection, cleaning and maintenance of the finished floor surface.
:JC_cheers:
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The Building Regulations 2000, Approved Document H
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Water and waste management covers the design, building and operation of plants for water treatment and supply, sewerage, wastewater treatment and disposal, and solid waste treatment and disposal.
Since the last edition in 2002 there has been an increasing importance on the issues reflecting climate change. This is particularly important when the result of this change must be 'managed' and 'controlled' to maintain an amenity such as water supply. This new edition includes many new entries on the topics of stormwater management and flood management, as well as the new EU Directives that cover this field.
With over 7000 terms, this dictionary encompasses the most recent terminology on water and waste management. It is a handy reference for consultants, contractors and professional engineers as well as academics and students who need a quick definition to technical terms.
* Provides a handy reference for consultants, contractors and professional engineers as well as academics and students who need a quick definition to technical terms.
*References US, UK and European standards, legislation and spelling providing a global relevance
*Offers detailed coverage of the terminology of Stormwater management and flood management not found elsewhere
Product detail
Imprint: Butterworth-Heinemann
Country of origin: United Kingdom
Release date: August 2005
First published: October 2005
Authors: P.G. Smith
Dimensions: 216 x 138 x 26mm (L x W x H)
Format: Hardcover
Pages: 480
Edition: 2nd Revised edition
ISBN-10: 0750665254
ISBN-13: 978-0750665254
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Step-by-Step Procedures, Sample Solutions, and Commentary
2nd ed. - by Boyd C Ringo and Robert B Anderson
Product Description
This comprehensive book will help you select the most cost-effective approach to achieve high-performance concrete floors. Discusses a variety of slab types and different loading and support conditions. The 2nd edition includes new chapters on The Hybrid Post-tensioned Slab and Troubleshooting, plus expanded commentaries and details. Contain step-by-step procedures and all the charts, tables, and equations needed to apply them.
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For a while now I have been looking for certification exams examples.
I am looking mainly for LEED and PE (U.S.A.) exams examples. If they have a solution manual it will be even better.
If anyone has any other CERTIFICATION Tests that they wish to contribute, please do so by all means.
Yes, I have searched the other great CIVILEA threads. I found some really nice guide books, but some extra samples exams would not hurt.
I also would like to make this thread a resource thread for people who may be taking those tests in the future. Thank you all in advanced.
Applications of Computational mechanics in Geotechnical Engineering
PROCEEDINGS OF THE 5TH INTERNATIONAL WORKSHOP ON APPLICATIONS OF
COMPUTATIONAL MECHANICS IN GEOTECHNICAL ENGINEERING
GUIMARÃES / PORTUGAL / 1–4 APRIL 2007
The Workshop provided an excellent opportunity to hold high level discussions and to define novel approaches for the solution of relevant engineering problems. The meeting attracted researchers, academics, students, software developers, and professionals of all areas of Geotechnics. During the event the following topics were addressed: Constitutive models, Computational models, Artificial intelligence, Underground structures, Soil and rock excavations,Foundation,s Ground reinforcement, Environmental geotechnics, Oil geomechanics, Embankments and rail track for high speed trains.
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Moderator note:
Info added. Thread moved from Request Section to Codes, Manual & Handbook Section. (Grunf)
The following book is specifically oriented to the theory and application of AE/MS techniques in the geotechnical area. According to Roberts (1977) “Geotechnology is a field of study and engineering in which the applied geologist, the civil engineer and the mining engineer have a common interest”. Therefore, in this text it is generally assumed that geotechnical applications
include those in surface and underground mining, foundation engineering, tunneling, and rock and soil mechanics
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Title: SP-183: Design of Two-Way Slabs
Year of Publication: 1999
Number of Pages: 183
Order Code: SP183
Abstract: Editor: T. C. Schaeffer
This Symposium Publication consists of 10 papers that give the designer an overview of some of the different analysis and design techniques currently being used.
Note: The individual papers are also available as .pdf downloads. Please click on the following link to view the papers available, or call 248.848.3800 to order.
VIEW THE PAPERS
Contents: * Concept & Background of Elastic Frame Analogies for Two-Way Slab Systems by S. Simmonds
* Design for Severe Dynamic Loads by S. Woodson & T. Krauthmmer
* Design for Punching Shear in Concrete by S. Megally and A. Ghali
* Developments in Yield Line Theory for Slabs by W. Gamble
* Using Theorums of Plasticity: History & Concept by S. Simmonds
* Strip Method for Flexural Design of Two-Way Slabs by S. Alexander
* Plane-Frame Anaylsis Applied to Slabs by W. Gamgle
* Detailing for Serviceability by D. Rogowsky
* Design & Construction of Two-Way Slabs for Defelection Control by A. Scanlon
* Strip Design for Punching Shear by S. Alexander
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BS 8888:2008 brings together, in one easy-to-follow document, all international standards needed to prepare technical product specifications (TPS), in accordance with geometrical product specification principles.
BS 8888 helps you to better use the ISO system of product specification.
It gives you a unifying identity for the collection of ISO standards and an index to the standards which comprise the ISO system, referencing them according to their area of application. BS 8888 also makes reference to additional British and European Standards where they provide information or guidance over and above that provided by ISO standards
Commentary and recommendations on the application of the standards which UK businesses may find useful is also included.
BS 8888 covers more than just engineering drawing - it covers all aspects of technical product specification, including, for instance, the use of 3D CAD models to define component geometry.
BS 8888 ensures users:
Have access to one reference source with all information
Speak the same language when specifying and graphically representing products
Are precise in their application by leaving no room for misinterpretation
Help the smooth transfer of design concept to manufacturing process
Shorten product development time
Increase speed to market.
BS 8888 contains:
Terms and definitions
Global standards underpinning BS 8888
Types of documentation
Scales
Lines, arrows and terminators; lettering
Projections and views; sections
Symbols and abbreviations
Representation of features and components
Dimensioning and tolerancing; geometrical tolerancing
Surface texture indication
Graphical representation and annotation of 3-D data (3-D modelling output)
Verification, security and storage and retrieval
Marking
Protection notices
Annexes cover topics including cast, forged and moulded parts, document security, the key differences between BS 8888 geometrical tolerancing and ASME Y14.5 geometric dimensioning and tolerancing, and forthcoming amendments to BS ISO 1101:2004.
It is not the intention that BS 8888 should be a “stand-alone” standard since it is part of a triumvirate of Technical Product Realization standards also comprising BS 8887 and BS 8889.
BS 8888:2008 supersedes BS 8888:2006, which is withdrawn. This new edition updates the fourth edition, bringing in relevant standards published during 2007 and early 2008. It does not represent a full revision of the standard, which will be undertaken in due course.
:JC_cheers:
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