Taking a through-life perspective in design - ICE Manual of Structural Design: Buildings - page 90

McGrath, C. and Anderson, M. (2000). Waste minimisation on a con-
struction site. BRE Digest 447. Watford, UK: IHS-BRE Press
Melchers, R. E. (1999). Structural Reliability Analysis and Prediction.
Chichester: John Wiley.
Menzies, J. B. (1995). Hazards, risks and structural safety . The
Structural Engineer , 73 (21), 7 November, 357-363.
Menzies, J. B. (1998). Hazards, risks and structural safety. Discussion
of his 1995 paper in The Structural Engineer , 76 (12) 16 June,
240-245.
Nixon, P. J. (2002). More sustainable construction - The role of
concrete . Proceedings of Conference on ' Challenges of Concrete
Construction ', Dundee, UK. London: Thomas Telford.
Nolan, É., Quillin, K. et al . (2006). Reinforced Concrete Service Life
Design. Part 1: Overview. Part 3: Service Life Forecasting and
Enhancement. BRE Information Paper IP3/06. Watford, UK: IHS-
BRE Press.
Paterson, A. C. (1984). The structural engineer in context. The
Structural Engineer, 62A (11), November 1984, 335-342.
Pritchard, B. (1992). Bridge Design for Economy and Durability.
London: Thomas Telford.
Quillin, K. (2001). Corrosion of Steel in Concrete: Service Life
Design and Prediction. BRE Digest 455. Watford, UK: IHS-BRE
Press.
Royal Academy of Engineering (1998). The Long Term Costs of
Owning and Using Buildings. London: RAE. [Available at http://
www.raeng.org.uk/news/publications/list]
Sarja, A. (2004). Reliability Based Methodology for Lifetime
Management of Structures. LIFECON project deliverable D2.1,
2004. LIFECON project outputs. [Available at www.vtt.fi//rte/
strat/projects/lifecon/summary.htm]
Schneider, J. (1997). Introduction To Safety And Reliability Of
Structures. Structural Engineering Documents No. 5, International
Association of Bridge and Structural Engineering (IABSE), ETH -
Hönggerburg, Zurich, Switzerland.
Söderqvist, M. K. and Vesikari, E. (2003). Generic Technical
Handbook for a Predictive Life Cycle Management System of
Concrete Structures (LIFECON LMS). LIFECON project deliver-
able D1.1, 2003. LIFECON project outputs. [Available at www.vtt.
fi//rte/strat/projects/lifecon/summary.htm]
Somerville, G. (1998). The impact of whole-life costing on the dur-
ability design of concrete bridges. Proceedings of the Institution of
Civil Engineers - Transport , 129 (3), 134-141.
Somerville, G. (1999). Whole life design for durability and sustain-
ability. Where are we going, and how do we get there? Proceedings
of the Dundee International Conference on ' Concrete Durability
and Repair Technology ' . London: Thomas Telford.
Thirion, C. (2010). 2030, the structural engineer's role in beating
Professor Beddington's Perfect Storm prescriptions. The Structural
Engineer, 88 (15/16), 3 August, 20-23.
Voo, Y. L. and Foster, S. J. (2010). Characteristics of ultra-high per-
formance 'ductile' concrete and its impact on sustainable construc-
tion. The Institution of Engineers, Singapore Journal, Part A: Civil
and Structural Engineering , 3 (3), 168-187.
Watermeyer, R. and Pham, L. (2011). A framework for the assess-
ment of the structural performance of 21st century buildings. The
Structural Engineer, 89(1), 4 January, 19-25.

World Commission on Environment and Development (1987). Our
Common Future (Brundtland Report). Oxford: Oxford University
Press.

5.8.1 Standards and statutory instruments
American Society for Testing and Materials (2002). Standard Practice
for Measuring Life Cycle Costs of Buildings and Building Systems.
Philadelphia, USA: ASTM E 917-02.
BSI (2000). Buildings and Constructed Assets - Service Life Planning,
Part 1: General Principles. London: BSI, BS ISO 15686-1.
BSI (2000). Concrete - Part 1: Specification, Performance, Production
and Conformity . London: BSI, BS EN206-1.
BSI (2001). Buildings and Constructed Assets - Service Life Planning,
Part 2: Service Life Prediction Procedures. London: BSI, BS ISO
15686-2.
BSI (2002). Buildings and Constructed Assets - Service Life
Planning, Part 3: Performance Audits and Reviews. London: BSI,
BS ISO 15686-3.
BSI (2002). Eurocode '0': Basis of Structural Design. London: BSI,
BS EN1990.
BSI (2002-6). Eurocode 1: Actions on Structures (various parts).
London: BSI, BS EN1991.
BSI (2004). Buildings and Constructed Assets - Service Life
Planning, Part 6: Procedures for Considering Environmental
Impacts. London: BSI, BS ISO 15686-6.
BSI (2004). Environmental Management Systems. Requirements with
Guidance for Use. London: BSI, BS EN ISO 14001:2004.
BSI (2006). Buildings and Constructed Assets - Service Life
Planning - Part 7: Performance Evaluation for Feedback of Service
Life Data from Practice. London: BSI, BS ISO 15686-7.
BSI (2006). Concrete - Complementary British Standard to BS
EN206-1: Part 1 - Method of Specifying and Guidance for the
Specifier. London: BSI, BS 8500-1.
BSI (2006). Concrete - Complementary British Standard to BS
EN206-1: Part 2 - Specification for Constituent Materials and
Concrete. London: BSI, BS 8500-2.
BSI (2008). Buildings and Constructed Assets - Service Life Planning,
Part 5: Life-cycle Costing. London: BSI, BS ISO 15686-5.
BSI (2008). Buildings and Constructed Assets - Service Life
Planning - Part 8: Reference Service Life and Service Life
Estimation. London: BSI, BS ISO 15686-8.
BSI (2008). Standardized Method of Life Cycle Costing for
Construction Procurement. Supplement to BS ISO 15686-5.
London: BSI, PD 15686-5.
BSI (2009). Responsible Sourcing Sector Certification Schemes
for Construction Products Specification. . London: BSI, BS
8902:2009.
ISO 2394 (1998). General Principles on Reliability for Structures.
Geneva: International Standards Organization.
ISO 9001 (1987). Quality Systems - Model for Quality Assurance
in Design, Development, Production, Installation and Servicing.
Geneva: International Organization for Standardization.
ISO 9001 (1994). Quality Systems - Model for Quality Assurance
in Design, Development, Production, Installation and Servicing.
Geneva: International Organization for Standardization.