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Azman, M A, Hon, C K H, Skitmore, M, Lee, B L and Xia, B (2019) A Meta-frontier method of decomposing long-term construction productivity components and technological gaps at the firm level: evidence from Malaysia. Construction Management and Economics, 37(02), 72–88.
Belabed, Y, Kerboua, B and Tarfaoui, M (2019) New design for reducing interfacial stresses of reinforced structures with FRP plates. International Journal of Building Pathology and Adaptation, 37(02), 196–207.
Essah, E A, Sanders, C H, Baker, P and Kalagasidis, A S (2009) Condensation and moisture transport in cold roofs: effects of roof underlay. Building Research & Information, 37(02), 117–28.
Gluch, P and Räisänen, C (2009) Interactional perspective on environmental communication in construction projects. Building Research & Information, 37(02), 164–75.
Hamzeh, F R, Faek, F and AlHussein, H (2019) Understanding improvisation in construction through antecedents, behaviours and consequences. Construction Management and Economics, 37(02), 61–71.
Hanna, A S, Iskandar, K A and Lotfallah, W (2019) Benchmarking project performance: a guideline for assessing vulnerability of mechanical and electrical projects to productivity loss . Construction Management and Economics, 37(02), 101–11.
- Type: Journal Article
- Keywords: Productivity; quantitative analysis; risk management;
- ISBN/ISSN: 0144-6193
- URL: https://doi.org/10.1080/01446193.2018.1513160
- Abstract:
Loss of productivity is a contentious issue that has a profound impact on modern construction, yet existing literature provides no quantitative, data-driven method to compare the productivity of different construction projects or to assess their vulnerability to productivity loss. A new mathematically derived metric, called the “Risk of Productivity Loss (RPL)” score, provides such a method. RPL is a function of multiple distinct productivity factors. The RPL score is developed from a dataset of 166 electrical and mechanical projects, which collectively amount to 7.2 million labour hours. This large sample size makes the RPL score a reliable productivity benchmark for the electrical and mechanical construction industries due to their labour-intensive nature. The higher the RPL score, the higher the risk that a given project will suffer from productivity losses. To supplement the mathematical formula presented, objective data-based weights for multiple key productivity factors have been identified, reducing the subjectivity that affects many of the existing weighting assessment methods. RPL provides the industry with a single metric that allows tracking and assessment of productivity for multiple projects at a time so that a contractor may assess the successful reduction of productivity risk factors within the projects in their company.
Hilal, M, Maqsood, T and Abdekhodaee, A (2019) A scientometric analysis of BIM studies in facilities management. International Journal of Building Pathology and Adaptation, 37(02), 122–39.
Kaminsky, J (2019) The global influence of national cultural values on construction permitting. Construction Management and Economics, 37(02), 89–100.
Kenley, R (2019) CME Forum: a response to “Construction flow index: a metric of production flow quality in construction”. Construction Management and Economics, 37(02), 112–9.
Lukito, J A, Susilawati, C and Goonetilleke, A (2019) Climate change adaptation in the management of public buildings: an Indonesian context. International Journal of Building Pathology and Adaptation, 37(02), 140–62.
Mahmoud, A S, Sanni-Anibire, M O, Hassanain, M A and Ahmed, W (2019) Key performance indicators for the evaluation of academic and research laboratory facilities. International Journal of Building Pathology and Adaptation, 37(02), 208–30.
Newsham, G, Brand, J, Donnelly, C, Veitch, J, Aries, M and Charles, K (2009) Linking indoor environment conditions to job satisfaction: a field study. Building Research & Information, 37(02), 129–47.
Olbina, S and Beliveau, Y (2009) Developing a transparent shading device as a daylighting system. Building Research & Information, 37(02), 148–63.
Watts, G, Fernie, S and Dainty, A (2019) Paradox and legitimacy in construction: how CSR reports restrict CSR practice. International Journal of Building Pathology and Adaptation, 37(02), 231–46.
Zalejska Jonsson, A and Hungria Gunnelin, R (2019) Defects in newly constructed residential buildings: owners’ perspective. International Journal of Building Pathology and Adaptation, 37(02), 163–85.
Zolkafli, U K, Zakaria, N, Mohammad Mazlan, A and Ali, A S (2019) Maintenance work for heritage buildings in Malaysia: owners’ perspectives. International Journal of Building Pathology and Adaptation, 37(02), 186–95.