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With larger competition from the universal economy, manufacturers face the challenge of delivering new customized products more rapidly than before to meet customer needs. Several technologies cooperatively known as Rapid Manufacturing (RM) have been developed to shorten the design and production cycle. The concept of Design for Environment (DFE) has harmonized design concerns with environmental issues. This research focuses on the Design for Recycling (DFR) or Design for Environment (DFE) Methodology for Rapid Manufacturing. This methodology is applied at the design stage of producing product…mehr

Produktbeschreibung
With larger competition from the universal economy, manufacturers face the challenge of delivering new customized products more rapidly than before to meet customer needs. Several technologies cooperatively known as Rapid Manufacturing (RM) have been developed to shorten the design and production cycle. The concept of Design for Environment (DFE) has harmonized design concerns with environmental issues. This research focuses on the Design for Recycling (DFR) or Design for Environment (DFE) Methodology for Rapid Manufacturing. This methodology is applied at the design stage of producing product to increase percentage of recyclability and decrease environment impact. The idea is also can be applied to products which have been reached to End-of-Life cycle and changing design of those products to making their recycling more easily than they are.
Autorenporträt
Mehdi Golrang Graduado en M.Eng Ingeniería Industrial de UTM y B.Sc en Ingeniería Industrial de IAU. Mohsen Rahmandoust recibió su licenciatura en ingeniería mecánica de IUST y su maestría en administración industrial de ATU en Teherán, Irán. Actualmente está realizando su investigación de doctorado en el campo de la iniciativa empresarial de inmigrantes en UTM, Malasia.