The aim of this Master Thesis concerns the state of art of Digital Twin paradigm in the machine tools sector. A brief inspection of the term Digital Twin is developed for exploring how Michael Grieves embryonic concept evolved till nowadays. Later in the treatment, some examples of Digital Twin classifications are proposed, and the most relevant market solutions are analysed. The machine tools field offers different perspectives to Digital Twin paradigm and one of the objectives of this work is to investigate the differences among them to discuss and underline the needs of each user. Following, SINUMERIK ONE, the new solution proposed by Siemens, a market leader in this field, is argued. This solution is analysed in detail to highlight interesting features for machine tool builders and product manufacturers. SINUMERIK ONE helps these users to face the new challenges requested by the Market: short time to market with more efficiency, flexibility and increasing quality

The aim of this Master Thesis concerns the state of art of Digital Twin paradigm in the machine tools sector. A brief inspection of the term Digital Twin is developed for exploring how Michael Grieves embryonic concept evolved till nowadays. Later in the treatment, some examples of Digital Twin classifications are proposed, and the most relevant market solutions are analysed. The machine tools field offers different perspectives to Digital Twin paradigm and one of the objectives of this work is to investigate the differences among them to discuss and underline the needs of each user. Following, SINUMERIK ONE, the new solution proposed by Siemens, a market leader in this field, is argued. This solution is analysed in detail to highlight interesting features for machine tool builders and product manufacturers. SINUMERIK ONE helps these users to face the new challenges requested by the Market: short time to market with more efficiency, flexibility and increasing quality

DIGITAL TWIN: A NEW APPROACH IN MACHINE TOOLS MANUFACTURING

JOGUN, KEVIN MOHAJUR
2019/2020

Abstract

The aim of this Master Thesis concerns the state of art of Digital Twin paradigm in the machine tools sector. A brief inspection of the term Digital Twin is developed for exploring how Michael Grieves embryonic concept evolved till nowadays. Later in the treatment, some examples of Digital Twin classifications are proposed, and the most relevant market solutions are analysed. The machine tools field offers different perspectives to Digital Twin paradigm and one of the objectives of this work is to investigate the differences among them to discuss and underline the needs of each user. Following, SINUMERIK ONE, the new solution proposed by Siemens, a market leader in this field, is argued. This solution is analysed in detail to highlight interesting features for machine tool builders and product manufacturers. SINUMERIK ONE helps these users to face the new challenges requested by the Market: short time to market with more efficiency, flexibility and increasing quality
2019
DIGITAL TWIN: A NEW APPROACH IN MACHINE TOOLS MANUFACTURING
The aim of this Master Thesis concerns the state of art of Digital Twin paradigm in the machine tools sector. A brief inspection of the term Digital Twin is developed for exploring how Michael Grieves embryonic concept evolved till nowadays. Later in the treatment, some examples of Digital Twin classifications are proposed, and the most relevant market solutions are analysed. The machine tools field offers different perspectives to Digital Twin paradigm and one of the objectives of this work is to investigate the differences among them to discuss and underline the needs of each user. Following, SINUMERIK ONE, the new solution proposed by Siemens, a market leader in this field, is argued. This solution is analysed in detail to highlight interesting features for machine tool builders and product manufacturers. SINUMERIK ONE helps these users to face the new challenges requested by the Market: short time to market with more efficiency, flexibility and increasing quality
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14239/12971