References
- Abdel-Maged A. 2012. Modeling of learning curve effect in LOB scheduling [master's thesis]. Tanta (Egypt): Faculty of Engineering, Tanta University.
- Al-Sarrag Z. 1990. Formal development of line-of-balance technique. Constr Eng Manage, ASCE. 116(4):689–704.
- Ammar MA. 2013. LOB and CPM integrated method for scheduling repetitive projects. Constr Eng Manage, ASCE. 139(1):44–50.
- Amor J, Teplitz C. 1993. Improving CPM's accuracy using learning curves. Proj Manage J. 24(4):15–19.
- Arditi D, Albulak M. 1986. Line-of-balance in pavement construction. Constr Eng Manage, ASCE. 112(3):411–424.
- Arditi D, Tokdemir O, Suh K. 2001. Effect of learning on line-of-balance scheduling. Int J Proj Manage. 19:265–277.
- Badukale P, Sabihuddin S. 2014. Line of balance. Int J Mod Eng Res. 4(3):45–47.
- Birrell G. 1980. Construction planning beyond the critical path. J Constr Div, ASCE. 106(3):389–407.
- Carr R, Meyer W. 1974. Planning construction of repetitive building units. J Constr Div, ASCE. 100(3):403–412.
- Couto J, Teixeira J. 2005. Using linear model for learning curve effect on highrise floor construction. Constr Manage Econ. 23:355–364.
- El-Rayes K, Moselhi O. 1998. Resource-driven scheduling of repetitive activities. Constr Manage Econ. 16:433–446.
- Farghal S, Everett J. 1997. Learning curves: Accuracy in predicting future performance. Constr Eng Manage, ASCE. 123(1):41–45.
- Harris R, Ioannou P. 1998. Scheduling projects with repeating activities. J Constr Eng Manage, ASCE. 124(4):269–278.
- Hegazy T. 2002. Computer-based construction project management. Upper Saddle River (NJ): Prentice Hall.
- Hijazi A. 1989. Simulation analysis of linear construction processes [dissertation]. West Lafayette (IN): Purdue University.
- Hijazi A, Abourizk S, Halpin D. 1992. Modeling and simulation learning development in construction. Constr Eng Manage, ASCE. 118(4):685–700.
- Johnston D. 1981. Linear scheduling method for highway construction. J Constr Div, ASCE. 107(2):247–261.
- Kenley R, Seppänen O. 2009. Location-based management of construction projects: Part of a new typology for project scheduling methodologies. Proceedings of the 2009 Winter Simulation Conference; Dec 13–16; Austin (TX): IEEE. p. 2563–2570.
- Kenley R, Seppänen O. 2010. Location-based management for construction: planning, scheduling and control. London and New York: Spon Press.
- Lam K, Lee D, Hu T. 2001. Understanding the effect of the learning-forgetting phenomenon to duration of projects construction. Int J Proj Manage. 19:411–420.
- Lutz J, Halpin D, Wilson J. 1994. Simulation of learning development in repetitive construction. Constr Eng Manage, ASCE. 120(4):753–773.
- Mahdi I. 2004. A new LSM approach for planning repetitive housing projects. Int J Proj Manage. 22:339–346.
- O'Brien J, Kreitzberg F, Mikes W. 1985. Network scheduling variations for repetitive work. Constr Eng Manage, ASCE. 111(2):105–116.
- Stradal O, Cacha J. 1982. Time space scheduling method. J Constr Div, ASCE. 108(3):445–457.
- Suhail S, Neale R. 1994. CPM/LOB: New methodology to integrate CPM and line of balance. Constr Eng Manage, ASCE. 120(3):667–684.
- Thomas H, Mathews C, Ward J. 1986. Learning curve models of construction productivity. Constr Eng Manage, ASCE. 112(2):245–258.
- United Nations. 1965. Effect of repetition on building operations and processes on site. New York (NY): Economic Commission for Europe. Report No.: ST/ECE/HOU/14.
- Vanhoucke M. 2006. Work continuity constraints in project scheduling. Constr Eng Manage, ASCE. 132(1):14–25.