From some years ago, development of sustainable methods for industrial applications are a trending topic, these present the steps to guarantee the current requirements without compromising future resources. New demands for law policies and social responsibility are constantly generated. This paper presents a low cost strategy to evaluate the feasibility of sustainable methods using an extension of manufacturing algebra that includes energy consumption, waste management, and food distribution, The steps to develop a discrete model based in manufacturing operations is developed, the model is obtained in order to implement a simulator which takes into account the parametric uncertainty. A case of study in a high hierarchical level is presented.

Feasibility Analysis of Sustainable Methods Through Manufacturing Algebra and Monte-Carlo Simulations / PEREZ MONTENEGRO, CARLOS NORBERTO; CALDERON RIANO, DIOMAR ELENA; VARGAS ESPITIA, Adolfo; Canuto, Enrico; Novara, Carlo. - ELETTRONICO. - (2016), pp. 1-6. (Intervento presentato al convegno 24th Mediterranean Conference on Control and Automation MED tenutosi a Athens (Grecia)).

Feasibility Analysis of Sustainable Methods Through Manufacturing Algebra and Monte-Carlo Simulations

PEREZ MONTENEGRO, CARLOS NORBERTO;CALDERON RIANO, DIOMAR ELENA;VARGAS ESPITIA, ADOLFO;CANUTO, Enrico;NOVARA, Carlo
2016

Abstract

From some years ago, development of sustainable methods for industrial applications are a trending topic, these present the steps to guarantee the current requirements without compromising future resources. New demands for law policies and social responsibility are constantly generated. This paper presents a low cost strategy to evaluate the feasibility of sustainable methods using an extension of manufacturing algebra that includes energy consumption, waste management, and food distribution, The steps to develop a discrete model based in manufacturing operations is developed, the model is obtained in order to implement a simulator which takes into account the parametric uncertainty. A case of study in a high hierarchical level is presented.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/2645031
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