Whole life cycle costing dissertation proposal

01 Dec 2015 00:03

Aikivuori A (1996) Periods and demand for private sector housing refurbishment, Construction Management and Economics, 14: 3-12 Al-Hajj A (1991) Simple cost-significant models for total lifecycle costing in buildings. PhD Thesis, Department of Civil Engineering, University Of Dundee Al-Hajj A (1996) Towards a better understanding of life cycle costing in buildings: a simple approach to modelling, Proceedings of the CIB W89 conference, Beijing, October 21- 24 1996 Al-Hajj A and Horner M W (1998) Modelling the running costs of buildings, Construction Management and Economics, 16: 459-470 Al-Hajj A and Aouad G (1999) Life cycle costing model using object oriented and VR technologies, Proceedings of the eighth international conference on durability of building materials and components, Vancouver, Canada, May 30 - June 3, 4: 2901-2908 Anderson T and Brandt E (1999) The use of performance and durability data in assessment of life time serviceability, Proceedings of the eighth international conference on durability of building materials and components, Vancouver, Canada, 3: 1813-1820 Aouad G, Child T, Marir F and Brandon P (1997) OSCON final report, University of Salford Ashworth A and Skitmore R M (1982) Accuracy in estimating. Chartered Institute of Building Occasional Paper No 27 Ashworth A (1987) Life cycle costing – can it really work in practice? in Brandon P S (ed), Building cost modelling and computers, E F N Spon, London Ashworth A (1989) Life cycle costing: a practice tool, Cost Engineering, 31(3): 8-11 Ashworth A (1993) How life cycle costing could have improved existing costing, in Bull J W (ed), Life cycle costing for construction, Blackie Academic Professional, Glasgow Ashworth A (1996a) Estimating the life expectancies of building components in life cycle costing calculations, Structural Survey, 14 (2): 4-8 Ashworth A (1996b) Assessing the life expectancies of buildings for life cycle costing, Proceedings of the RICS construction and building research conference (COBRA’96), RICS Ashworth A (1999) Cost studies of buildings, Longman Asiedu Y and Gu P (1998) Product Life cycle cost analysis: state of the art review, International Journal of Production Research, 36 (4): 883-908 ASTM (1983) Standard practice for measuring life-cycle costs of buildings and building systems, American Society for Testing and Materials, Designation: E917-83 Bartlett E and Howard N (2000) Informing the decision makers on the cost and value of green building, Building Research Information, 28 (5/6): 315–324 Bhuta C and Sarma V (1997) Life cycle costs and early decision, Building Economist, March: 4-8 BMI (2001) BMI Building maintenance price book 2001, RICS, London Bordass B (2000) Cost and value: fact and fiction, Building Research Information, 28 (5/6): 338-352 Brandon P S (1987) Life cycle appraisal – further considerations, in Spedding A (Ed) Building maintenance economics and management, E F N Spon, London: 153-162 BSI (1974) BS3811: British standard glossary of maintenance of physical resources, Department of Industry BSI (1997) BS 5760: Reliability of systems, equipment and components, Part 23, Guide to life cycle costing, British Standard Institution BSI (2000,) BS ISO 15686-1:2000, Buildings and constructed assets: Service life planning: General principles, British Standard Institution Bromilow F J and Pawsey M R (1987), Life cycle cost of university buildings, Construction Management and Economics, 5, S3-S22 Bromilow F J and Tucker S N (1983) Terotechnological optimality in construction, Construction Papers, 2 (1): 41-50 Buckley J U (1987) The fuzzy mathematics of finance, Fuzzy Sets and Systems, 21: 257-273 Bull J W (1993) The way ahead for life cycle costing in the construction industry, in Bull J W (ed) Life cycle costing for construction, Blackie Academic Professional, Glasgow Byrne P (1995) Fuzzy analysis: a vague way of dealing with uncertainty in real estate analysis, Journal of Property Valuation and Investment, 3 (3): 22-40 Byrne P (1996) Risk, uncertainty and decision-making in property development, E F N Spon, London Byrne P (1997) Fuzzy D C F: a contradiction in terms, or a way to better investment appraisal?

Proceedings of Cutting Edge 97, RICS CBPP (1998a) Introduction to whole life costing cbpp.org.uk/cbpp/word_docs/whole_life_costing.doc CBPP (1998b) Business benefits for whole life costing cbpp.org.uk/cbpp/word_docs/Whole_Life_Costing_ Business_Benefits.doc Chen S (1995) An empirical examination of capital budgeting techniques: impact of investment types and firm characteristics, Engineering Economist, 40 (2): 145-170 Chinyio E A, Olomolaiye P O and Corbett P (1998) Evaluation of the project needs of UK building clients, International Journal of Project Management, 16 (6): 385-391 Chiu C Y and Park C S (1994) Fuzzy cash flow analysis using present worth criterion, The Engineering Economist, 39 (2): 113-138 Ciribini A, De AnGelis E and Marasso L (1993) Life cycle costing in the refurbish and rehabilitation projects, Economic evaluation and the built environment, Lisbon 1993: 21-33 Clift M and Bourke K (1999) Study on whole life costing, BRE Report 367, CRC Clemen R T and Winkler R L (1999) Combining probability distributions from experts in risk analysis, Risk Analysis 19 (2): 187-203 Committee for Terotechnology (1977) Life cycle costing in the management of assets, Her Majesty’s Stationery Office, London CPN (2000) Whole life costing: the new BS-ISO standard, Members’ report E01444, CIRIA Curwin J and Slater R (1996) Quantitative methods for business decisions, Fourth edition, International Thomson Business Press, London Dale S J (1993) Introduction to life cycle costing, in Bull J W (ed) Life cycle costing for construction, Blackie Academic Professional, Glasgow Edwards P J and Bowen P A (1998) Practices, barriers and benefits of risk management process in building services cost estimation: comment, Construction Management and Economics, 16: 105-108 Edwards S, Bartlett E and Dickie I (2000) Whole life costing and life-cycle assessment for sustainable building design, BRE Digest 452, CRC, London El-Haram M A and Horner R M W (1998) Factors affecting life cycle cost in the construction industry, Proceedings of the 8th International MIRCE Symposium: 229-240 Fabrycky W J and Blanchard B S (1991) Life-cycle cost and economic analysis, Printice-Hall Inc, NJ Ferrari P and Savoia M (1998) Fuzzy number theory to obtain conservative results with respect to probability, Computer Methods in Applied Mechanics and Engineering, 160 (3-4): 205-222 Ferry D J O and Flanagan R (1991) Life cycle costing – a radical approach, CIRIA Report 122, London Finch E F (1994) The uncertainty role of life cycle costing in the renewable energy debate, Renewable Energy, 5 (II): 1436-1443 Flanagan R, Norman G and Furbur D (1983) Life cycle costing for construction, Surveyors Publications Flanagan R, Kendell A, Norman G and Robinson G (1987) Life cycle costing and risk management, Construction Management and Economics, 5: 53-71 Flanagan R, Norman G, Meadows J and Robinson G (1989) Life cycle costing – theory and practice, BSP Professional Books Flanagan R and Norman G (1993) Risk management and construction, Blackwell Scientific Publications Garnett N and Owen K (1995) Life cycle costing techniques: how the construction industry could learn from other industries, the RICS Construction and Building Research Conference (COBRA’95) Goumas M G, Lygerou V A and Papayannakis L E (1999) Computational methods for planning and evaluating geothermal energy projects, Energy Policy, 27: 147-154 Griffin J J (1993) Life cycle cost analysis: a decision aid, in Bull J W (ed), Life cycle costing for construction, Blackie Academic Professional, Glasgow HAPM (1992) HAPM Component life manual, E F N Spon, London HAPM (1999a) HAPM Component life manual CD-ROM, Housing Association Property Mutual Ltd, London HAPM (1999b) Guide to defect avoidance, Housing Association Property Mutual Ltd, London HAPM (1999c) Workmanship checklists, Housing Association Property Mutual Ltd, London Hermans M H (1999) Building performance starts at handover: the importance of life span information, Proceedings of the eighth international conference on durability of building materials and components, Vancouver, Canada, May 30 - June 3, 3: 1867-1873 HMSO (1992) Life cycle costing, HM Treasury, Her Majesty’s Stationery Office, London HMSO (1991) Economic appraisal in central government: a technical guide for government departments, HM Treasury, Her Majesty’s Stationery Office, London HMSO (1997) The green book – appraisal and evaluation in central government: treasury guidance, HM Treasury, Her Majesty’s Stationery Office, London Hoar D and Norman G (1990) Life cycle cost management, in P S Brandon (Ed) Quantity surveying techniques – new directions, BSP Professional Books, Oxford Hobbs S (1977) Collection and use of building maintenance cost data, Building Research Establishment (BRE), Department Of Environment, Current Paper October 1977 Hodges N (1996) The economic management of physical assets, MEP, London Holmes R, Droop C and Mellor P (1985) A coding system for building maintenance, Technical Information Service No. 47, The Chartered Instsitue of Building Jovanovic P (1999) Application of sensitivity analysis in investment project evaluation under uncertainty and risk, International Journal of Project Management, 17 (4): 217-222 Kahraman C and Tolga E (1995) The effects of fuzzy inflation rate on after-tax rate calculations, Third Balkan Conference on Operational Research, Thessaloniki, Greece, 16-19 October Kahraman C, Tolga E and Ulukan Z (2000) Justification of manufacturing technologies using fuzzy benefit/cost ratio analysis, International Journal of Production Economics, 66: 45-52 Kaufmann A and Gupta M M (1985) Introduction to fuzzy mathematics, Van Nostrand Reinhold Inc, New York Kaufmann A and Gupta M M (1988) Fuzzy mathematical models in engineering and management science, Elsevier Science Publishers B V, Netherlands Kelly J and Male S (1993) Value management in design and construction, E F Spon Khanduri A C, Bedard C and Alkass S (1993) Life cycle costing of office buildings at the preliminary design stage, Developments in civil and construction engineering computing, August: 1-8 Khanduri A C, Bedard C, and Alkass S (1996) Assessing office building life cycle costs at preliminary design stage, Structural Engineering Review, 8 (2-3): 105-114 Kirk S J and Dell’Isola A J (1995) Life cycle costing for design professionals, McGrew-Hill Book Company, New York Kirkham R J, Boussabaine, Grew R G and Sinclair S P (1999) Forecasting the running costs of sport and leisure centres, Proceedings of the eighth international conference on durability of building materials and components, Vancouver, Canada, May 30 – June 3, 3: 1728-1738 Kishk M (2001) An integrated fuzzy approach to whole life costing based decision making, Unpublished PhD thesis, Scott Sutherland School, The Robert Gordon University Kishk M and Al-Hajj A, (1999) An integrated framework for life cycle costing in buildings, Proceedings of COBRA 1999 – The challenge of change: construction and building for the new millennium, RICS, Vol 2: 92-101 Kishk M and Al-Hajj A (2000a) A fuzzy approach to model subjectivity in life cycle costing, Proceedings of the BF2000 national conference of postgraduate research in the built and human environment, 9-10 March 2000, The University of Salford: 270-280 Kishk M and Al-Hajj A (2000b) A fuzzy model and algorithm to
handle subjectivity in life cycle costing based decisionmaking, Journal of Financial Management of Property and Construction, No 1-2, Vol 5: 93-104 Kishk M and Al-Hajj A (2000c) Modelling of life cycle costs of alternatives with different lives, accepted for publication, the 16th annual conference of the Association of Researchers in Construction Management, Glasgow Caledonian University, 6-8 September 2000, Vol 2: 577-586 Kishk M and Al-Hajj A (2000d) Handling linguistic assessments in life cycle costing – a fuzzy approach, Proceedings of COBRA, RICS Research Foundation: 228-243 Kishk M and Al-Hajj A (2001a) Integrating subjective and stochastic data in life cycle costing calculations, Proceedings of the first international postgraduate research conference in the Built and Human Environment: 329-345 Kishk M and Al-Hajj A (2001b) An innovative approach to integrating the analysis of uncertainty into life cycle costing, Proceedings of the first international conference of Innovation in Architecture, Engineering and Construction: 411-421 Kishk M, Al-Hajj A and Pollock R (2001) Inclusion of nonfinancial factors in life-cycle decision-making – a fuzzy approach, Proceedings of the 17th Annual Conference of the Association of Researchers in Construction Management, 1: 411-420 Ko W I, Choi J W, Kang C H and Lee J S (1998) Nuclear fuel cycle cost analysis using a probabilistic simulation technique, Annals of Nuclear Energy, 25: 771-789 Kosko B (1997) Fuzzy engineering, Prentice Hall International Inc, NJ Kuchta D (2000) Fuzzy capital budgeting, Fuzzy Sets and Systems, 111: 367-385 Larsson N and Clark J (2000) Incremental costs within the design process for energy efficient buildings, Building Research Information, 28 (5/6): 413–418 Liang P and Song F (1994) Computer-aided risk evaluation system for capital investment, Omega, 22 (4): 391-400 Lopes M D S and Flavell R (1998) Project appraisal – a framework to assess non-financial aspects of projects during the project life cycle, International Journal of Project Management, 16(4): 223-233 MacKay S (1999) Building for life, the Building Economist: 4-9 Martin J (1992) Occupancy costs, Construction Papers No. 3, CIOB Mathur K and McGeorge D (1990) Property maintenance – a simulation approach, Proceddings of CIB 70 Conference, Singapore: 162-171 McDermott F, Torrance V B and Chessman P G (1987) Forecasting lifespan for life cycle costing, in Spedding A (Ed), Building maintenance economics and management, E F N Spon, London McGeorge J F (1993) The quality approach to design and life cycle costing in the health service, in Bull J W (Ed) Life cycle costing for construction, Blackie Academic Professional, Glasgow Mohamed S and McCowan A K (2001) Modelling project investment decisions under uncertainty using possibility theory, International Journal of Project Management 19: 231- 241 Neely Jr E S and Neathammaer R (1991) Life-cycle maintenance cost by facility use, Journal of Construction Engineering And Management, 117 (2): 310-320 Norton B (1992) Value added, Chartered Quantity Surveyor, June: 21-23 Paulson B C (1976) Designing to reduce construction costs, Journal of Construction Division, ASCE, 102: 587-592 Picken D H (1989) An investigation into the development and practice of life cycle costing for construction, MSc Thesis, Department of Civil Engineering, University of Salford Piper J (1996) Window selection economics: to achieve the mostcost-effective solution, you’ll need to evalutae life-cycle costs, Trade Press Publishing Corporation RICS (1986) A guide to life cycle costing for construction, Surveyors Publications RICS (1987) Life cycle costing: a worked example, Surveyors Publications RICS (1999) Surveyors’ construction handbook, RICS Business Services Limited, London RICS/BRE (1992) Life expectancies of building components: preliminary results from survey of building surveyors’ views, Research Papers, No. 11, RICS Ross T J (1995) Fuzzy logic with engineering applications: international edition, McGraw-Hill Inc Ruegg R T and Marshall H E (1990) Building economics: theory and practice, Van Nostrand Reinhold, New York Salway F (1986) Depreciation of commercial property, College of Estate Management Seeley I H (1996) Building economics: fourth edition, Macmillan Press Ltd Smith D K (1999) Total life-cycle cost, Proceedings of the eighth international conference on durability of building materials and components, Vancouver, Canada,

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