Publications / 1986 Proceedings of the 3rd ISARC, Marseille, France

Simulation Methodology in Construction Process

N. Kano
Pages 541-553 (1986 Proceedings of the 3rd ISARC, Marseille, France, ISSN 2413-5844)
Abstract:

En accord avec les innovations de méthodes de construction et les robotisations au chantier. les ingénieures de construction ont besoin des instruments plus convenables de direction pour la planification et la programmation. L'auteur a developpe une inethoclologie alternative de simulation pour le processus de construction au chantier. Ce modéle de simulation. est presenté par une graphie directive et transforme en une serie des langages de GPSS afin de simuler le processus.

Cet article montre les notations du modéle pour le processus de construction et La conception du systeme de simulation. Et puis. ce systme est appliqué aux travaux darmature au chantier. Cesystéme a des aspects de facilité, flexibilité et extensibilité de simuler le processus de construction. Donc, cette méthodologie pourrait étre Un instrument utile pour les Ingénieurs af in de planifier et améliorer lea processus robotisés de construction.

In accordance with Innovations of construction methods and robotizations at the site, construction engineers need more relevant management tools for planning and scheduling the construction process. It has become essential to apply system simulation techniques to planning and scheduling. The author has developed an simulation methodology for the construction process at building sites. The simulation model Is presented by a directed graph and is transformed -into a GPSS (General Purpose Simulation System) language set In order to simulate the process.

This paper shows the notations of the model for the construction process and the concept of the simulation system. The system is then applied to reinforcing work in a building construction site.

The system has the characteristics of easiness, flexibility and expandability. Therefore, this methodology could be adopted as a very useful tool for engineers to plan and improve robotized construction processes.

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