Civil Engineering Reference
In-Depth Information
The concepts of EC5-1-1 allow consideration of design situ-
ations beyond those encountered with normal buildings. It is
possible to assess the strength of a structure for durations of
load ranging from a fraction of a second to centuries and to
integrate new materials into timber design.
BSI (2003).
Structural Timber: Sizes - Permitted Deviations
. London:
BSI, BS EN336.
BSI (2004).
Eurocode 5: Design of Timber Structures - General:
Common Rules for Buildings
. London: BSI, BS EN1995-1-1.
BSI (2004).
Eurocode 5: Design of Timber Structures - General:
Structural Fire Design
. London: BSI, BS EN1995-1-2.
BSI (2004).
Eurocode 5: Design of Timber Structures: Bridges
.
London: BSI, BS EN1995-2.
BSI (2006).
Durability of Wood and Wood-Based Poducts: Definitions
of Use Classes
. London: BSI, BS EN 335-1.
BSI (2006).
LaminatedVeneer Lumber (LVL): Specification, Definitions,
Classification and Requirements
. London: BSI, BS EN14279.
BSI (2006).
Timber Structures: Glued Laminated Timber and Glued
Solid Timber - Requirements
. London: BSI, BS EN14080.
BSI (2006).
Timber Structures: Strength Graded Structural Timber
with Rectangular Cross Section - Part 1: General Requirements
.
London: BSI, BS EN14081-1.
BSI (2006).
UK National Annex to Eurocode 5: Design of Timber
Structures - Part 1.1 General - Common Rules and Rules for
Buildings
. London: BSI, NA to BS EN1995-1-1.
BSI (2007).
Timber Structures: Test Methods - Determination of
Embedment Strength and Foundation Values for Dowel Type
Fasteners
. London: BSI, BS EN383.
BSI (2007).
Visual Strength Grading of Softwood - Specification.
.
London: BSI, BS 4978.
BSI (2009).
Timber Structures: Fasteners - Requirements
. London:
BSI, BS EN14592.
BSI (2010).
Structural Timber: Strength Classes
. London: BSI, BS
EN 338.
BSI (2011).
Timber Fasteners: Specification for Connectors for
Timber
. London: BSI, BS EN912.
BSI (2012).
Complementary Information to Eurocode 5: Design of
Timber Structures Part 1 - General: Common Rules and Rules for
Buildings
. London: BSI PD 6693-1.
19.10 References
Booth, L. G. and Reece, P. O. (1967).
The Structural Use of Timber:
A Commentary on the British Standard Code of Practice CP112
.
London: Spon.
Building Research Establishment (1982).
Technical Note No. 38: The
Movement of Timbers
. Watford: BRE.
19.10.1 Standards and statutory instruments
BSI (1963).
Specification for Wood Screws
. London: BSI, BS 1210.
BSI (1967).
Code of Practice for the Structural Use of Concrete
.
London: BSI, CP110.
BSI (1967).
Limit State Design, Materials and Workmanship
. London:
BSI, CP112-1.
BSI (1967).
The Structural Use of Timber
. London: BSI, CP112.
BSI (1977-2006).
Structural Use of Timber
. London: BSI, BS5268.
BSI (1980).
Specification for Tropical Hardwoods for Structural Use
.
London: BSI, BS 5756.
BSI (1988).
Code of Practice for Timber Frame Walls: Part
1 -Dwellings Not Exceeding Seven Storeys
. London: BSI, BS
5268-6-1.
BSI (1994).
Durability of Wood and Wood-Based Products: Natural
Durability of Solid Wood
. London: BSI, BS EN350-2.
BSI (1994).
Eurocode 5: Design of Timber Structures - General
Rules and Rules for Buildings
. London: BSI, DD ENV 1995-1-1.
BSI (1994).
Eurocode 5: Design of Timber Structures - General:
Structural Fire Design
. London: BSI, DD ENV 1995-1-2.
BSI (1997).
Eurocode 5: Design of Timber Structures - Bridges
.
London: BSI, DD ENV 1995-2.
BSI (1999).
Timber Structures: Glued Laminated Timber - Strength
Classes and Determination of Characteristic Values
. London: BSI,
BS EN1194.
BSI (2001).
Code of Practice for Timber Frame Walls: Part 2 -
Buildings other than Dwellings Not Exceeding Four Storeys
.
London: BSI, BS 5268-6-2.
BSI (2001-11).
Wood-Based Panels: Characteristic Values for
Structural Design
. London: BSI, BS EN12369 (3 parts).
BSI (2002).
Finger Jointed Structural Timber: Performance
Requirements and Minimum Production Requirements
. London:
BSI, BS EN385.
BSI (2002).
Glued Laminated Timber: Large Finger Joints -
PerformanceRequirementsandMinimumProductionRequirements
.
London: BSI, BS EN387.
19.10.2 Further reading
IStructE (2007).
Manual for the Design of Timber Building Structures
to Eurocode 5
. London: IStructE.
TRADA Technology (1995).
Timber Engineering STEP 1 and STEP
2
. High Wycombe: TRADA Technology [contains the principles
on which EC5 was based; now somewhat dated in places but is still
an essential reference].
TRADA Technology (2009).
Eurocode 5: Timber Design Essentials
for Engineers
. High Wycombe: TRADA Technology.
Various other TRADA Technology publications on EC5 and the ma-
terials and their properties described in EC5 terms available from
www.trada.co.uk.
