2019
Authors
Vita, R; Caldas, N; Basto, J; Alcalá, S; Diniz, F;
Publication
MATEC Web of Conferences
Abstract
2018
Authors
Reis, R; Diniz, F; Mizioka, L; Olivio, P; Lemos, G; Quintiães, M; Menezes, R; Amadio, F; Caldas, N;
Publication
MATEC Web of Conferences
Abstract
FASTEN is an H2020 project under a bilateral call UE-Brazil. It aims to advance IoT and IoT enabled applications to support Industry 4.0 concepts, namely in the area of automation and additive manufacturing. The project results will be demonstrated through two pilots: One in Brazil, lead by a ThyssenKrupp use case, and the other in Europe, at Embraer facilities in Portugal. The detail on the Embraer use case, on pick'n'place automation, predictive and prescriptive analytics and assembly line simulation are described as FASTEN architecture and approach. © 2018 The Authors, published by EDP Sciences.
2019
Authors
Reis, R; Diniz, F; Mizioka, L; Yamasaki, R; Lemos, G; Quintiães, M; Menezes, R; Caldas, N; Vita, R; Schultz, R; Arrais, R; Pereira, A;
Publication
MATEC Web of Conferences
Abstract
2019
Authors
Caldas, N; Sousa, JPD; Alcalá, SGS; Frazzon, E; Moniz, S;
Publication
Proceedings of the International Conference on Industrial Engineering and Operations Management
Abstract
To be competitive, companies must constantly innovate, and having efficient and well-managed supply chains is undoubtedly an important success factor. In the case of spare parts manufacturing, supply chain management is a very complex and arduous task. Quite often, spare parts have to be produced for products that have been on the market for very long, with the need to keep a large and varied stocks to ensure supply service level. With an increasing investment in the development and applications, the Additive Manufacturing (AM) technology can yield significant benefits to spare parts manufacturing. AM allows the production of parts with a high level of customization, without the need for setups, and helps to decrease costs, inventory levels and lead time. This new reality creates numerous challenges, forcing the design reformulation of traditional supply chains, and leading to an allocation of the production of certain types of parts downstream. This paper proposes a simulation model to address the use of the 3D printing technology on the supply chain of an elevator maintenance service provider. The simulation model allows the assessment of new supply chain designs, measuring their performance, thus avoiding the need of experimenting new solutions in the real system. © 2019, IEOM Society International.
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