N° 106: Longitudinal Shear Resistance of Composite Slabs: Evaluation
of Existing Tests
English, November 98, 85 pp
This document has been prepared to facilitate producers of deck profiles
for composite slabs to derive design values for longitudinal shear resistance
from results of existing tests.
After a general introduction on the intention of the document in Chapter
1, the design and testing procedures given in ENV 1994-1 (Eurocode 4)
are presented respectively in chapter 2 and 3. Also in chapter 3 the
standard testing procedure of ENV 1994-1 is compared with national standards.
In chapter 4 guidelines are given for the re-evaluation of tests so
that the design values are consistent with the design rules given in
ENV 1994-1.
In chapter 5 a number of worked examples are given to illustrate the
procedures.
An appendix is included covering the influence of oiling the sheeting
before concreting as provided in the French "Avis technique"
procedure.
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N° 103: Guidelines for Application of Prestressed Hollow Core Slabs
Supported on Built-in Beams
English, April 1998, 18 pp
This document has been prepared joint by the ECCS and IPHA, representing
the European steel construction industry, and the pre-stressed hollow
core unit producers respectively. The purpose of these Guidelines is
to offer design guidance on the structural requirements for floors in
buildings comprising pre-stressed hollow core units supported on various
types of beams, but it concentrate on the case where these units are
used with built-in beams contained within the slab depth. However, the
Guidelines apply to all forms of construction that are non-rigid in
terms of the support conditions to the hollow core units.
These Guidelines take account of recent research information and good
practice, and concern the detailing of constructions consisting of hollow
core units on non rigid supports for normal conditions of use and in
fire situations. It may be possible to update the guidance offered in
the future as more test and research information comes available.
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N° 87: Design Manual for Composite Slabs
English, November 1995, 166 pp
This design manual has been produced for engineers as well as project
managers in design offices, for engineers in steel construction companies
and for engineers concerned with the manufacture of profiled steel sheets
for composite construction. It contains a collection of the current
knowledge for the design, calculation and construction of composite
slabs with profile steel sheeting.
The manual is based on Eurocode 4, part 1.1 chapters 7, 10 and Annex
E which deals with composite construction, as well as Eurocode 3, part
1.3 which considers the design of profiled steel sheeting. It also contains
complementary information on certain aspects of composite construction
not covered in the Eurocodes.
After a general introduction to composite slabs, in chapter 1, the manual
presents chapter 2 of the complementary document "Good Construction
Practice for Composite Slabs" making the link between construction
and design. Chapters 3 and 4 describe the conception, the pre-design
and the detailing of structures using composite slabs.
The main part of the manual (chapters 5-9) is devoted to the design
approaches for profiled steel sheeting and composite slabs, giving,
in particular, data relating to materials, to loads and to the verification
of the limit states. Finally, chapter 10 presents a series of numerical
examples covering the pre-design, the design of the profile at the construction
stage, the design of composite slabs and designs for special situations.
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N° 83: MULTI-STOREY BUILDINGS IN STEEL - DESIGN GUIDE FOR SLIM
FLOORS WITH BUILT-IN BEAMS
English, September 1995, 110 pp
This document contains background information on the application of
steel built-in beams according to the Swedish Method, and focusing on
three types in particular : SFB, IFB and THQ. History and development
of various types are briefly described. Essential information is provided
for the design, verification and good practice. Design graphs are presented
in order to choose proper global dimensions. Based on Eurocodes, additional
rules have been driven for the verification of aspects typical of steel
built-in beams. Examples of connections are included for good practice.
Special attention is paid to the combination with hollow core slabs
and to fire resistance.
Also available in French: BATIMENTS EN ACIER MULTI-ETAGES-GUIDE DE
CONCEPTION POUR LES PLANCHERS MINCES A POUTRES INCORPOREES 23
Version française, août 1996, 110 pp
Le présent document contient des informations fondamentales concernant
l'utilisation des poutres en acier incorporées selon la Méthode
Suédoise, et étudie tout particulièrement trois
types: SFB, IFB et THQ. L'historique et l'évolution des différents
types sont brièvement décrits. Des informations essentielles
sont données en vue de la conception, de la vérification
et du respect des règles de l'art. Des diagrammes de dimensionnement
sont présentés afin de permettre le choix des dimensions
globales appropriées. Sur la base des Eurocodes, des règles
supplémentaires ont été élaborées
pour la vérification des aspects particuliers aux poutres en
acier incorporées. Des exemples d'assemblages conformes aux règles
de l'art sont donnés. Une attention particulière est apportée
à l'utilisation combinée avec des dalles alvéolées
ainsi qu'à la résistance au feu. Euro 23
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N° 74: Multi-Storey Buildings in Steel - The Swedish Development
English, May 1997, 20pp
A particular steel frame system characterised by slim floors and integrated
fire protection which has become the dominant system for many buildings
in Sweden and other Nordic countries, and which is becoming popular
in many other European countries like United Kingdom, Germany, Netherlands
and others.
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N° 73: Good Construction Practice for Composite Slabs
English, September 1993, 63pp
This publication reviews good practice in composite slab construction
in buildings from the point of view of on-site operations. It contains
rules and practices covering most decking available in the European
Market and for the
majority of their potential uses. This document is in agreement with
the Eurocodes and gives an answer to many practical and safety questions
for composite slabs.
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N° 34: Light Weight Steel Based Floor System for Multi-Storey Buildings
English, 1984, 50 pp
The object of this paper is to present new trends in the development
and application of steel based floor systems. Such light weight floors
in combination with plate materials are alternatives to concrete floors.
Load carrying capacity and stiffness of the floors can be increased
by the composite action of steel sheet sections and plate materials.
The German version is also available at the Deutscher Stahlbau Verband,
Sohnstraße 65, 40237 Düsseldorf, Germany.
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