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vol.20 issue1EVALUATION OF THE ESTIMATION OF QUANTITIES FOR THE COSTS OF THE DEPARTURE OF ARCHITECTURE OF A RETAIL WORK IN LIMA IN 2019 WITH THE IMPLEMENTATION BIMEVALUATION OF THE EFFECTIVENESS OF THE LAST PLANNER SYSTEM APPLICATION IN A CONSTRUCTION PROJECT IN THE FINISHING STAGE - ARCHITECTURE IN PERU IN THE YEAR OF 2019 author indexsubject indexarticles search
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Investigación & Desarrollo

Print version ISSN 1814-6333On-line version ISSN 2518-4431

Abstract

PAREDES GUTIERREZ, Steven; TORRES TACURI, Hubert  and  GOMEZ MINAYA, Rosmery. PROGRAMMING OF THE CONSTRUCTION OF THE THIRD RING OF ANCHORED WALLS OF A BUILDING APPLYING THE BALANCING LINES METHOD. Inv. y Des. [online]. 2020, vol.20, n.1, pp.173-192. ISSN 1814-6333.

In the construction industry, planning and controlling the construction schedule are important, because mistakes are made in the initial scheduling of the project, as during the execution of the work delays are generated between activities using conventional methods such as CPM and PERT by inefficient time management. In this research work, the benefits in time management were determined by applying the programming by Balance Lines (LOB), in the construction of anchored walls of the third ring of a building, given that this method facilitates the visualization of activities in the schedule, which helps to identify conflicts between tasks before they are performed. We analyzed the velocities and yields of data obtained from the real and target schedules carried out with the LOB method, to analyze the difference in velocities representing it in percentages, where we evaluated those sectors and activities that generate delays or advances in the schedule. Based on the results obtained, the LOB method improved time management by 3.57% in relation to velocities, employing improvements in the ratio and labor through the control of the schedule by percentages of progress of the activities relative to what was planned. In addition, a flow chart was implemented for a better application of the LOB, in the control of the process of the activities of anchored walls, this unlike previous studies.

Keywords : Line; Balancing; LOB; Schedule; Time; To Plane; Control.

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