This book presents a comprehensive overview of the state of the art in additive manufacturing in the world of concrete construction. 3D Concrete Printing tackles its subject from several angles, including issues relating to concrete materials (such as their formulation or fresh-state behavior), the various printing processes that have been developed, and how to describe the mechanical behavior and architectural and structural designs of printed structures. This book also considers the transition to application and industrialization, and the relevance of these new technologies in reducing the…mehr
This book presents a comprehensive overview of the state of the art in additive manufacturing in the world of concrete construction. 3D Concrete Printing tackles its subject from several angles, including issues relating to concrete materials (such as their formulation or fresh-state behavior), the various printing processes that have been developed, and how to describe the mechanical behavior and architectural and structural designs of printed structures. This book also considers the transition to application and industrialization, and the relevance of these new technologies in reducing the environmental impact of the construction sector. Finally, material characterization methodologies are presented with a view to describing the behavior of materials both before and after printing, and the modeling tools used to simulate the process are listed.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Arnaud Perrot is Research Professor at the Université Bretagne Sud, France. He is the author of over 100 scientific publications in the field of the processing and rheology of cement-based materials. Yohan Jacquet is a researcher at the Technische Universität Berlin, Germany. He is an expert in the rheology and formulation of construction materials.
Inhaltsangabe
Preface xi Arnaud PERROT Chapter 1. 3D Concrete Printing: Technologies, Applications and Classifications 1 Arnaud PERROT, Yohan JACQUET and Sofiane AMZIANE 1.1. Introduction: the different facets of printing 1 1.2. 3D printing: from digital model to physical object 2 1.3. 3D concrete printing - application examples 5 1.4. Classification of concrete printing processes 11 1.5. Printing concrete with alternative binders or without cement? 19 1.6. Conclusion 21 1.7. References 21 Chapter 2. 3D Concrete Printing by Extrusion and Filament Deposition 31 Arnaud PERROT and Yohan JACQUET 2.1. Introduction 31 2.2. Major printing families 33 2.3. Printable materials 36 2.4. The main stages in 3D extrusion printing 43 2.5. Conclusion 57 2.6. References 58 Chapter 3. From Laboratory to Practice: Characterizing Fresh and Cured Printed Materials 67 Nicolas DUCOULOMBIER, Victor DE BONO, Fatima Zahraa KACHKOUCH, Yohan JACQUET and Arnaud PERROT 3.1. Introduction 67 3.2. Characterization of fresh materials 68 3.3. Characterization of hardened materials 85 3.4. Durability 91 3.5. Conclusion 93 3.6. References 93 Chapter 4. Alternative Printing Methods for Cementitious Materials 103 Alexandre PIERRE and Arnaud PERROT 4.1. Introduction 103 4.2. Methods with supports 105 4.3. Particle bed methods 115 4.4. Support-free methods 117 4.5. Choice of process 118 4.6. Prospects and opportunities 121 4.7. Conclusion 123 4.8. References 123 Chapter 5. Structural Applications of 3D Printing 131 Romain MESNIL, Romain DUBALLET and Olivier BAVEREL 5.1. Introduction 131 5.2. Assessment of hardened material properties 135 5.3. Masonry 140 5.4. 3D printing and reinforced concrete 147 5.5. Prestressing 152 5.6. Conclusion 154 5.7. References 156 Chapter 6. Reinforcement of Printed Structures 161 Jean-François CARON, Nicolas DUCOULOMBIER and Léo DEMONT 6.1. Introduction, a few reminders about the reinforcement of cementitious materials 161 6.2. Reinforcement methods for additively manufactured cementitious materials and structures 168 6.3. Details of a special in-line reinforcement, the flow-based-pultrusion concept 176 6.4. Conclusion and outlook 179 6.5. References 181 Chapter 7. Numerical Simulation Tools for 3D Printing 189 Duc-Phi DO, Zeinab DIAB, Sébastien RÉMOND and Dashnor HOXHA 7.1. Introduction 189 7.2. Designing the geometric model of a virtual object 190 7.3. Digital modeling of the 3D printing process 192 7.4. Discussions on recent advances, limitations and future research directions 202 7.5. Conclusion 211 7.6. References 212 Chapter 8. Environmental Impact of 3D Concrete Printing 219 Kateryna KUZMENKO, Charlotte ROUX and Adélaïde FERRAILLE 8.1. Introduction 220 8.2. 3D printing technology and case studies 221 8.3. Methodology and case studies 226 8.4. Results 231 8.5. Discussions and prospects 234 8.6. Conclusion 237 8.7. Acknowledgments 237 8.8. References 237 List of Authors 241 Index 243
Preface xi Arnaud PERROT Chapter 1. 3D Concrete Printing: Technologies, Applications and Classifications 1 Arnaud PERROT, Yohan JACQUET and Sofiane AMZIANE 1.1. Introduction: the different facets of printing 1 1.2. 3D printing: from digital model to physical object 2 1.3. 3D concrete printing - application examples 5 1.4. Classification of concrete printing processes 11 1.5. Printing concrete with alternative binders or without cement? 19 1.6. Conclusion 21 1.7. References 21 Chapter 2. 3D Concrete Printing by Extrusion and Filament Deposition 31 Arnaud PERROT and Yohan JACQUET 2.1. Introduction 31 2.2. Major printing families 33 2.3. Printable materials 36 2.4. The main stages in 3D extrusion printing 43 2.5. Conclusion 57 2.6. References 58 Chapter 3. From Laboratory to Practice: Characterizing Fresh and Cured Printed Materials 67 Nicolas DUCOULOMBIER, Victor DE BONO, Fatima Zahraa KACHKOUCH, Yohan JACQUET and Arnaud PERROT 3.1. Introduction 67 3.2. Characterization of fresh materials 68 3.3. Characterization of hardened materials 85 3.4. Durability 91 3.5. Conclusion 93 3.6. References 93 Chapter 4. Alternative Printing Methods for Cementitious Materials 103 Alexandre PIERRE and Arnaud PERROT 4.1. Introduction 103 4.2. Methods with supports 105 4.3. Particle bed methods 115 4.4. Support-free methods 117 4.5. Choice of process 118 4.6. Prospects and opportunities 121 4.7. Conclusion 123 4.8. References 123 Chapter 5. Structural Applications of 3D Printing 131 Romain MESNIL, Romain DUBALLET and Olivier BAVEREL 5.1. Introduction 131 5.2. Assessment of hardened material properties 135 5.3. Masonry 140 5.4. 3D printing and reinforced concrete 147 5.5. Prestressing 152 5.6. Conclusion 154 5.7. References 156 Chapter 6. Reinforcement of Printed Structures 161 Jean-François CARON, Nicolas DUCOULOMBIER and Léo DEMONT 6.1. Introduction, a few reminders about the reinforcement of cementitious materials 161 6.2. Reinforcement methods for additively manufactured cementitious materials and structures 168 6.3. Details of a special in-line reinforcement, the flow-based-pultrusion concept 176 6.4. Conclusion and outlook 179 6.5. References 181 Chapter 7. Numerical Simulation Tools for 3D Printing 189 Duc-Phi DO, Zeinab DIAB, Sébastien RÉMOND and Dashnor HOXHA 7.1. Introduction 189 7.2. Designing the geometric model of a virtual object 190 7.3. Digital modeling of the 3D printing process 192 7.4. Discussions on recent advances, limitations and future research directions 202 7.5. Conclusion 211 7.6. References 212 Chapter 8. Environmental Impact of 3D Concrete Printing 219 Kateryna KUZMENKO, Charlotte ROUX and Adélaïde FERRAILLE 8.1. Introduction 220 8.2. 3D printing technology and case studies 221 8.3. Methodology and case studies 226 8.4. Results 231 8.5. Discussions and prospects 234 8.6. Conclusion 237 8.7. Acknowledgments 237 8.8. References 237 List of Authors 241 Index 243
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