Previsão dos indicadores de produtividade para o processo de compactação de terra de simulação computacional

Abstract

The relationship between deadlines and costs, in the scope of civil construction, shows the high competitiveness that exists in the market. It is evident that each engineering work has particularities, that is, there is no standardization. In this sense, managing an engineering work is being susceptible to variability and uncertainty that will arise during the process. Also related to the costs of executing a work, productivity is an important tool for decision making. Several managers are not careful to measure the productivity of their work and end up not having control over the execution of services, consequently all the planning is affected. Therefore, the simulation environment appears as an alternative to circumvent the variability that exists in a construction process. In this way, this work aims to predict the productivity indicators for the excavation production and landfill production processes through a case study, applying the computer simulation technique, using data from a real system. EZstrobe will be used, which is a computer graphics simulation environment for discrete events. In conjunction with EZstrobe, STROBOSCOPE, which is a language and simulation system, will be used. The productivity indicator can be obtained through the relationship between the products / services generated and the amount of efforts required to obtain the final product.