BIM for Design Firms
-15%
portes grátis
BIM for Design Firms
Data Rich Architecture at Small and Medium Scales
Levy, Francois; Ouellette, Jeffrey W.
John Wiley & Sons Inc
09/2019
240
Dura
Inglês
9781119252801
15 a 20 dias
632
Descrição não disponível.
Acknowledgments vii
Introduction ix
1 Digital Design 1
Introduction 1
What's Wrong with BIM? 7
Leveraging BIM Workflows in the Design and Delivery of Complex Projects 9
BIM in Academia: How BIM Is Taught 15
Conclusion 27
2 BIM Past and Present 29
A Brief History of BIM 29
The Right Project for BIM 33
BIM-Authoring Platforms and Technologies 34
Driving Model-Based Deliverables with the BIM Forum Level of Development (LOD) Specification 42
Industry Foundation Classes 46
Other BIM Interoperability 61
3 What Tools Mean 65
Introduction 65
BIM: What It Is and What It Isn't 68
The Myth of the Neutral Tool 82
Guiding Principles 85
4 Appropriate Technology 91
Introduction 91
Transitioning to BIM 95
5 Case Studies in Form Making 121
Introduction 121
The Case Studies 122
Conclusion 148
6 Case Studies in Digital Fabrication 149
Introduction 149
Case Studies 150
7 BIM Tomorrow: Trends in Technology 175
A Technology-Rich Future for the Profession 175
Digital Realities: Virtual, Augmented, and Mixed Modes 176
Computational Design and Visual Programming Languages 185
LiDAR, Photogrammetry, and Point Clouds 193
Artificial Intelligence (AI) 196
Conclusion 201
Afterword 203
Index 207
Introduction ix
1 Digital Design 1
Introduction 1
What's Wrong with BIM? 7
Leveraging BIM Workflows in the Design and Delivery of Complex Projects 9
BIM in Academia: How BIM Is Taught 15
Conclusion 27
2 BIM Past and Present 29
A Brief History of BIM 29
The Right Project for BIM 33
BIM-Authoring Platforms and Technologies 34
Driving Model-Based Deliverables with the BIM Forum Level of Development (LOD) Specification 42
Industry Foundation Classes 46
Other BIM Interoperability 61
3 What Tools Mean 65
Introduction 65
BIM: What It Is and What It Isn't 68
The Myth of the Neutral Tool 82
Guiding Principles 85
4 Appropriate Technology 91
Introduction 91
Transitioning to BIM 95
5 Case Studies in Form Making 121
Introduction 121
The Case Studies 122
Conclusion 148
6 Case Studies in Digital Fabrication 149
Introduction 149
Case Studies 150
7 BIM Tomorrow: Trends in Technology 175
A Technology-Rich Future for the Profession 175
Digital Realities: Virtual, Augmented, and Mixed Modes 176
Computational Design and Visual Programming Languages 185
LiDAR, Photogrammetry, and Point Clouds 193
Artificial Intelligence (AI) 196
Conclusion 201
Afterword 203
Index 207
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<p>BIM; Building Information Modeling; building design; architecture; architectural design; software; design software; CAD; 3D modeling; construction; building models; data modeling; design processes; small-scale design; sustainable design; sustainable architecture; green design; green architecture; architectural design processes; IFC; Industry Foundation Classes; buildingSMART; buildingSMART International</p>
Acknowledgments vii
Introduction ix
1 Digital Design 1
Introduction 1
What's Wrong with BIM? 7
Leveraging BIM Workflows in the Design and Delivery of Complex Projects 9
BIM in Academia: How BIM Is Taught 15
Conclusion 27
2 BIM Past and Present 29
A Brief History of BIM 29
The Right Project for BIM 33
BIM-Authoring Platforms and Technologies 34
Driving Model-Based Deliverables with the BIM Forum Level of Development (LOD) Specification 42
Industry Foundation Classes 46
Other BIM Interoperability 61
3 What Tools Mean 65
Introduction 65
BIM: What It Is and What It Isn't 68
The Myth of the Neutral Tool 82
Guiding Principles 85
4 Appropriate Technology 91
Introduction 91
Transitioning to BIM 95
5 Case Studies in Form Making 121
Introduction 121
The Case Studies 122
Conclusion 148
6 Case Studies in Digital Fabrication 149
Introduction 149
Case Studies 150
7 BIM Tomorrow: Trends in Technology 175
A Technology-Rich Future for the Profession 175
Digital Realities: Virtual, Augmented, and Mixed Modes 176
Computational Design and Visual Programming Languages 185
LiDAR, Photogrammetry, and Point Clouds 193
Artificial Intelligence (AI) 196
Conclusion 201
Afterword 203
Index 207
Introduction ix
1 Digital Design 1
Introduction 1
What's Wrong with BIM? 7
Leveraging BIM Workflows in the Design and Delivery of Complex Projects 9
BIM in Academia: How BIM Is Taught 15
Conclusion 27
2 BIM Past and Present 29
A Brief History of BIM 29
The Right Project for BIM 33
BIM-Authoring Platforms and Technologies 34
Driving Model-Based Deliverables with the BIM Forum Level of Development (LOD) Specification 42
Industry Foundation Classes 46
Other BIM Interoperability 61
3 What Tools Mean 65
Introduction 65
BIM: What It Is and What It Isn't 68
The Myth of the Neutral Tool 82
Guiding Principles 85
4 Appropriate Technology 91
Introduction 91
Transitioning to BIM 95
5 Case Studies in Form Making 121
Introduction 121
The Case Studies 122
Conclusion 148
6 Case Studies in Digital Fabrication 149
Introduction 149
Case Studies 150
7 BIM Tomorrow: Trends in Technology 175
A Technology-Rich Future for the Profession 175
Digital Realities: Virtual, Augmented, and Mixed Modes 176
Computational Design and Visual Programming Languages 185
LiDAR, Photogrammetry, and Point Clouds 193
Artificial Intelligence (AI) 196
Conclusion 201
Afterword 203
Index 207
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
<p>BIM; Building Information Modeling; building design; architecture; architectural design; software; design software; CAD; 3D modeling; construction; building models; data modeling; design processes; small-scale design; sustainable design; sustainable architecture; green design; green architecture; architectural design processes; IFC; Industry Foundation Classes; buildingSMART; buildingSMART International</p>
