Resumen de Optimization Model that Minimizes the Penalty Caused by Delayed Delivery of Construction Projects
Nilthon Arce Fernandez, Flavio Gutiérrez, Manuel Milla Pino, Walter Jose Quiroz Chavil, Adán Díaz Ruiz, Jaime Lucho Cieza Sánchez
Purpose: This work aims to minimize the penalty generated by delays in delivering construction projects operated by a single machine.
Theoretical framework: The fundamental issues to develop this work are optimization and its application to delays in construction projects operated in their initial stage by a single machine.
Design/Methodology/Approach: We presented a construction case study, developed an optimization model, implemented a computational optimization tool and obtained the optimal sequence to perform the tasks. Findings: The numerical results demonstrated the model’s usefulness in minimizing the penalty generated by delays in the delivery of projects.
Research, practical & social implications: The benefit of this study is to help managers or decision-makers schedule their construction projects with limited resources and deadlines per activity to minimize penalty costs of delay.
Originality/Value: Considering that the construction sector generates the largest labor force in Peru, the study has an important social value by providing a tool to improve operations and incentivize construction companies to continue operating. In addition, it provides a substantial basis for future work by applying optimization in a specific area of civil engineering. To our knowledge, no researcher or company in Peru has yet addressed this study.
