Digitalization and Sustainable Manufacturing
Twin Transition in Norway
Herausgeber: Gulbrandsen-Dahl, Sverre; Sziebig, Gabor; Raabe, Håkon; Martinsen, Kristian; Holtskog, Halvor; Hinrichsen, Einar L; Dreyer, Heidi C
Digitalization and Sustainable Manufacturing
Twin Transition in Norway
Herausgeber: Gulbrandsen-Dahl, Sverre; Sziebig, Gabor; Raabe, Håkon; Martinsen, Kristian; Holtskog, Halvor; Hinrichsen, Einar L; Dreyer, Heidi C
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This edited book demonstrates how globally competitive manufacturing in high-cost countries such as Norway is enabled by AI-supported intelligent and flexible automation and use of digital twins, as well as human centred manufacturing, and evaluates how the combination of digitalization and sustainability enables competitiveness.
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This edited book demonstrates how globally competitive manufacturing in high-cost countries such as Norway is enabled by AI-supported intelligent and flexible automation and use of digital twins, as well as human centred manufacturing, and evaluates how the combination of digitalization and sustainability enables competitiveness.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis
- Seitenzahl: 328
- Erscheinungstermin: 25. Oktober 2024
- Englisch
- Abmessung: 234mm x 156mm x 21mm
- Gewicht: 685g
- ISBN-13: 9781032693361
- ISBN-10: 1032693363
- Artikelnr.: 70945239
- Verlag: Taylor & Francis
- Seitenzahl: 328
- Erscheinungstermin: 25. Oktober 2024
- Englisch
- Abmessung: 234mm x 156mm x 21mm
- Gewicht: 685g
- ISBN-13: 9781032693361
- ISBN-10: 1032693363
- Artikelnr.: 70945239
Sverre Gulbrandsen-Dahl is Centre Director of SFI Manufacturing and Chief Scientist at SINTEF Manufacturing. Halvor Holtskog is a professor at the Norwegian University of Science and Technology. Heidi Carin Dreyer is a professor at the Norwegian University of Science and Technology. Einar L. Hinrichsen is research manager for a group in SINTEF AS named "Polymer and Composite Materials". Gabor Sziebig is currently a research manager with SINTEF Manufacturing and also a part-time associate professor with the Department of Industrial Engineering, Faculty of Engineering Science and Technology, UiT - The Arctic University of Norway. Håkon Raabe is VP Projects at SINTEF Manufacturing, developing and managing applied research projects within manufacturing and technology development. Kristian Martinsen is a senior researcher at SINTEF Manufacturing and a professor at the Norwegian University of Science and Technology.
1. Introduction Part 1: Towards sustainable and circular manufacturing 2. A
novel circular manufacturing assessment method for the aluminium industry
3. Framework for Life Cycle Assessment-based Circular Business Model
Development in Manufacturing Companies 4. Environmental upgrading and
bargaining power: a case study of Norwegian manufacturers Part 2: Barriers
and opportunities through digitalisation 5. Phasing the barriers to
Industry 4.0: Enhancing the understanding of the challenges of
digitalization 6. Digitalization and sustainability: roadblocks and way
forward in manufacturing supply chain planning 7. Materials science and
ontologies 8. Toward semantic standard and process ontology for Additive
manufacturing 9. Digital farming in Kenya under Covid-19: How
digitalisation enables market expansion strategies and asymmetric power
relations in the global production network of fertiliser Part 3: Novel
manufacturing processes and materials 10. Possibilities and challenges of
using robot manipulators in additive manufacturing 11. Sensor-guided
motions for manipulators in manufacturing 12. Welding of dissimilar metals:
a comparative study 13. A review of recent advances in additive
manufacturing with polymer materials 14. On the degradation and lifetime
prediction of filament wound composites subjected to thermal environmental
sub-Tg aging 15. SFI Manufacturing - facts
novel circular manufacturing assessment method for the aluminium industry
3. Framework for Life Cycle Assessment-based Circular Business Model
Development in Manufacturing Companies 4. Environmental upgrading and
bargaining power: a case study of Norwegian manufacturers Part 2: Barriers
and opportunities through digitalisation 5. Phasing the barriers to
Industry 4.0: Enhancing the understanding of the challenges of
digitalization 6. Digitalization and sustainability: roadblocks and way
forward in manufacturing supply chain planning 7. Materials science and
ontologies 8. Toward semantic standard and process ontology for Additive
manufacturing 9. Digital farming in Kenya under Covid-19: How
digitalisation enables market expansion strategies and asymmetric power
relations in the global production network of fertiliser Part 3: Novel
manufacturing processes and materials 10. Possibilities and challenges of
using robot manipulators in additive manufacturing 11. Sensor-guided
motions for manipulators in manufacturing 12. Welding of dissimilar metals:
a comparative study 13. A review of recent advances in additive
manufacturing with polymer materials 14. On the degradation and lifetime
prediction of filament wound composites subjected to thermal environmental
sub-Tg aging 15. SFI Manufacturing - facts
1. Introduction Part 1: Towards sustainable and circular manufacturing 2. A
novel circular manufacturing assessment method for the aluminium industry
3. Framework for Life Cycle Assessment-based Circular Business Model
Development in Manufacturing Companies 4. Environmental upgrading and
bargaining power: a case study of Norwegian manufacturers Part 2: Barriers
and opportunities through digitalisation 5. Phasing the barriers to
Industry 4.0: Enhancing the understanding of the challenges of
digitalization 6. Digitalization and sustainability: roadblocks and way
forward in manufacturing supply chain planning 7. Materials science and
ontologies 8. Toward semantic standard and process ontology for Additive
manufacturing 9. Digital farming in Kenya under Covid-19: How
digitalisation enables market expansion strategies and asymmetric power
relations in the global production network of fertiliser Part 3: Novel
manufacturing processes and materials 10. Possibilities and challenges of
using robot manipulators in additive manufacturing 11. Sensor-guided
motions for manipulators in manufacturing 12. Welding of dissimilar metals:
a comparative study 13. A review of recent advances in additive
manufacturing with polymer materials 14. On the degradation and lifetime
prediction of filament wound composites subjected to thermal environmental
sub-Tg aging 15. SFI Manufacturing - facts
novel circular manufacturing assessment method for the aluminium industry
3. Framework for Life Cycle Assessment-based Circular Business Model
Development in Manufacturing Companies 4. Environmental upgrading and
bargaining power: a case study of Norwegian manufacturers Part 2: Barriers
and opportunities through digitalisation 5. Phasing the barriers to
Industry 4.0: Enhancing the understanding of the challenges of
digitalization 6. Digitalization and sustainability: roadblocks and way
forward in manufacturing supply chain planning 7. Materials science and
ontologies 8. Toward semantic standard and process ontology for Additive
manufacturing 9. Digital farming in Kenya under Covid-19: How
digitalisation enables market expansion strategies and asymmetric power
relations in the global production network of fertiliser Part 3: Novel
manufacturing processes and materials 10. Possibilities and challenges of
using robot manipulators in additive manufacturing 11. Sensor-guided
motions for manipulators in manufacturing 12. Welding of dissimilar metals:
a comparative study 13. A review of recent advances in additive
manufacturing with polymer materials 14. On the degradation and lifetime
prediction of filament wound composites subjected to thermal environmental
sub-Tg aging 15. SFI Manufacturing - facts