Josip Stjepandić, Johannes Lützenberger, Philipp Kremer
Generation and Update of a Digital Twin in a Process Plant (eBook, PDF)
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Josip Stjepandić, Johannes Lützenberger, Philipp Kremer
Generation and Update of a Digital Twin in a Process Plant (eBook, PDF)
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This book covers the most important subjects of digital twin in a process plant, including foundations, methods, achievements, and applications in a brownfield environment. Besides offering a variety of applications and procedural variants from research and industrial practice, this book also provides a comprehensive insight into holistic plant planning. It also discusses the challenges that currently exist in different application areas. This book would be of interest to industry professionals and researchers in industrial and manufacturing engineering.
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This book covers the most important subjects of digital twin in a process plant, including foundations, methods, achievements, and applications in a brownfield environment. Besides offering a variety of applications and procedural variants from research and industrial practice, this book also provides a comprehensive insight into holistic plant planning. It also discusses the challenges that currently exist in different application areas. This book would be of interest to industry professionals and researchers in industrial and manufacturing engineering.
Produktdetails
- Produktdetails
- Verlag: Springer International Publishing
- Seitenzahl: 213
- Erscheinungstermin: 1. Januar 2024
- Englisch
- ISBN-13: 9783031473166
- Artikelnr.: 69731317
- Verlag: Springer International Publishing
- Seitenzahl: 213
- Erscheinungstermin: 1. Januar 2024
- Englisch
- ISBN-13: 9783031473166
- Artikelnr.: 69731317
Josip Stjepandić (born 1961) looks back at an almost 40-year long career in research and development of complex industrial products and services. Since 1996, he is working for PROSTEP AG, the leading consultancy for product data integration. He has conducted many projects on engineering collaboration, supplier integration, CAD data exchange, knowledge-based engineering, intellectual property protection, development of design methods, and systems engineering for leading global companies. Many of those works were published in the past years and presented at conferences.
Johannes Lützenberger (born 1984) graduated from the University of Bremen with Dipl.-Ing in production engineering. During his over 10-year longing career, he gained various experiences with regard to Product Lifecycle Management, on technical as well as process levels, from academic and industrial perspectives. He was involved in and managed several projects dealing with semantical data integration, knowledge-based engineering, and software development. He joined PROSTEP AG in 2018 and currently holds the position of Product Manager for OpenDESC 3DigitalTwin. The results of his work have been published and presented at conferences in recent years.
Philipp Kremer (born 1992) studied industrial engineering at the University of Siegen, with a special emphasis in mechanical engineering. During his studies, he gained insights into the processes and procedures of a renowned cable manufacturer. After completing his bachelor's degree, he transferred to TU Darmstadt for his master's degree. At the same time as his master's studies, he started working as Student Trainee at PROSTEP AG, specifically in the area of systems engineering and the development of new technologies. After completing his master's degree, he is working permanently at PROSTEP AG.
Johannes Lützenberger (born 1984) graduated from the University of Bremen with Dipl.-Ing in production engineering. During his over 10-year longing career, he gained various experiences with regard to Product Lifecycle Management, on technical as well as process levels, from academic and industrial perspectives. He was involved in and managed several projects dealing with semantical data integration, knowledge-based engineering, and software development. He joined PROSTEP AG in 2018 and currently holds the position of Product Manager for OpenDESC 3DigitalTwin. The results of his work have been published and presented at conferences in recent years.
Philipp Kremer (born 1992) studied industrial engineering at the University of Siegen, with a special emphasis in mechanical engineering. During his studies, he gained insights into the processes and procedures of a renowned cable manufacturer. After completing his bachelor's degree, he transferred to TU Darmstadt for his master's degree. At the same time as his master's studies, he started working as Student Trainee at PROSTEP AG, specifically in the area of systems engineering and the development of new technologies. After completing his master's degree, he is working permanently at PROSTEP AG.
Author Biographies.- Used Trademarks.- 1. Introduction to the Digital Twin of a Process Plant.- 2. Requirements and Process Design for Digital Twin of a Process Plant.- 3. Literature Review to Digital Twin of a Process Plant.- 4. Common Practice in Plant Design with Interoperability Standards.- 5. Business Case for Digital Twin of a Process Plant.- 6. Solution Approach for Digital Twin of a Process Plant.- 7. Implementation of Digital Twin of a Process Plant.- 8. Practical Application of Digital Twin of a Process Plant.- 9. Creation of a New Offering: Digital Twin as a Service.- 10. Digital Twin: Conclusion and Future Trends in Process Plants.
Author Biographies.- Used Trademarks.- 1. Introduction to the Digital Twin of a Process Plant.- 2. Requirements and Process Design for Digital Twin of a Process Plant.- 3. Literature Review to Digital Twin of a Process Plant.- 4. Common Practice in Plant Design with Interoperability Standards.- 5. Business Case for Digital Twin of a Process Plant.- 6. Solution Approach for Digital Twin of a Process Plant.- 7. Implementation of Digital Twin of a Process Plant.- 8. Practical Application of Digital Twin of a Process Plant.- 9. Creation of a New Offering: Digital Twin as a Service.- 10. Digital Twin: Conclusion and Future Trends in Process Plants.
Author Biographies.- Used Trademarks.- 1. Introduction to the Digital Twin of a Process Plant.- 2. Requirements and Process Design for Digital Twin of a Process Plant.- 3. Literature Review to Digital Twin of a Process Plant.- 4. Common Practice in Plant Design with Interoperability Standards.- 5. Business Case for Digital Twin of a Process Plant.- 6. Solution Approach for Digital Twin of a Process Plant.- 7. Implementation of Digital Twin of a Process Plant.- 8. Practical Application of Digital Twin of a Process Plant.- 9. Creation of a New Offering: Digital Twin as a Service.- 10. Digital Twin: Conclusion and Future Trends in Process Plants.
Author Biographies.- Used Trademarks.- 1. Introduction to the Digital Twin of a Process Plant.- 2. Requirements and Process Design for Digital Twin of a Process Plant.- 3. Literature Review to Digital Twin of a Process Plant.- 4. Common Practice in Plant Design with Interoperability Standards.- 5. Business Case for Digital Twin of a Process Plant.- 6. Solution Approach for Digital Twin of a Process Plant.- 7. Implementation of Digital Twin of a Process Plant.- 8. Practical Application of Digital Twin of a Process Plant.- 9. Creation of a New Offering: Digital Twin as a Service.- 10. Digital Twin: Conclusion and Future Trends in Process Plants.