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Table of Contents:

• Machine generated contents note: ch. 1 Smart Buildings/Smart(er) Designers: BIM and the Creative Design Process
• 1.1. Introduction / Andrzej Zarzycki / Glenn Goldman
• 1.2. Evaluation of Visual Information: Form / Andrzej Zarzycki / Glenn Goldman
• 1.3. Generative Abilities of Parametric Models / Andrzej Zarzycki / Glenn Goldman
• 1.4. How Lighting, Thermal, and Structural Considerations Can Drive the Design / Andrzej Zarzycki / Glenn Goldman
• 1.5. Limitations of Current Parametric Models / Andrzej Zarzycki / Glenn Goldman
• 1.6. Physics and Materiality / Andrzej Zarzycki / Glenn Goldman
• 1.6.1. Solving for Multiple Criteria / Andrzej Zarzycki / Glenn Goldman
• 1.6.2. Other Data Types / Andrzej Zarzycki / Glenn Goldman
• 1.6.3. Soft Constraints / Andrzej Zarzycki / Glenn Goldman
• 1.7. Design and Construction 2.0 / Andrzej Zarzycki / Glenn Goldman
• 1.7.1. Context-Aware Data / Andrzej Zarzycki / Glenn Goldman
• 1.7.2. Beyond a Single Lifespan of the Project / Andrzej Zarzycki / Glenn Goldman
• 1.8. Conclusion / Andrzej Zarzycki / Glenn Goldman
• Discussion Questions / Andrzej Zarzycki / Glenn Goldman
• Bibliography / Andrzej Zarzycki / Glenn Goldman
• ch. 2 Necessity of Cognitive Modeling in BIM's Future / Andrzej Zarzycki / Glenn Goldman
• 2.1. Introduction: Some Useful Concepts / Ömer Akin
• 2.2. Building Information Modeling: The Brand New World of Design Computing / Ömer Akin
• 2.3. Cognitive Strategies for BIM: Challenges and Opportunities / Ömer Akin

• 2.4. Conclusions / Ömer Akin
• Discussion Questions / Ömer Akin
• References / Ömer Akin
• ch. 3 Modeling Architectural Meaning / Ömer Akin
• 3.1. Introduction / Mark J. Clayton
• 3.2. Architectural Ontology / Mark J. Clayton
• 3.3. Regulating Lines / Mark J. Clayton
• 3.4. Diagrams and Semantics / Mark J. Clayton
• 3.5. Types / Mark J. Clayton
• 3.6. Conclusion / Mark J. Clayton
• Discussion Questions / Mark J. Clayton
• References / Mark J. Clayton
• ch. 4 Knowledge-Based Building Information Modeling / Mark J. Clayton
• 4.1. Potential of Building Information Modeling (BIM) to Capture Design Expertise / Charles Eastman / Hugo Sheward
• 4.2. "Vanilla BIM" versus Knowledge-Based BIM / Charles Eastman / Hugo Sheward
• 4.3. What Is Design Expertise? / Charles Eastman / Hugo Sheward
• 4.3.1. Heuristics Applied to Design Processes / Charles Eastman / Hugo Sheward
• 4.3.2. Design Workflows and Knowledge-Based BIM / Charles Eastman / Hugo Sheward
• 4.4. Capturing and Deploying Design Expertise / Charles Eastman / Hugo Sheward
• 4.4.1. Capturing Design Expertise / Charles Eastman / Hugo Sheward
• 4.4.2. Embedding Knowledge in BIM / Charles Eastman / Hugo Sheward
• 4.4.3. Example 1: Building Service Core / Charles Eastman / Hugo Sheward
• 4.4.4. Example 2: Ventilation in Laboratories / Charles Eastman / Hugo Sheward
• 4.5. Examples of Deployment / Charles Eastman / Hugo Sheward
• 4.5.1. Deployment in Manufacturing / Charles Eastman / Hugo Sheward
• 4.5.2. Uses in Architecture, Engineering, and Construction / Charles Eastman / Hugo Sheward
• 4.6. Summary / Hugo Sheward / Charles Eastman
• Discussion Questions / Hugo Sheward / Charles Eastman
• References / Charles Eastman / Hugo Sheward
• ch. 5 Parametric BIM SIM: Integrating Parametric Modeling, BIM, and Simulation for Architectural Design / Hugo Sheward / Charles Eastman
• 5.1. Executive Summary / Wei Yan
• 5.2. Introduction / Wei Yan
• 5.2.1. Parametric Modeling / Wei Yan
• 5.2.2. BIM and Parametric BIM / Wei Yan
• 5.2.3. Building Energy Simulation / Wei Yan
• 5.2.4. Streamlined Modeling Process / Wei Yan
• 5.3. Complexity and Interfaces / Wei Yan
• 5.3.1. Complexity and Computability / Wei Yan
• 5.3.2. User Interfaces and System Interfaces / Wei Yan
• 5.4. Case Studies / Wei Yan
• 5.4.1. Physical BIM for Thermal and Daylighting Simulations / Wei Yan
• 5.4.2. Parametric BIM-Based Energy Optimization / Wei Yan
• 5.5. Conclusion / Wei Yan
• Acknowledgments / Wei Yan
• Discussion Questions / Wei Yan
• References / Wei Yan
• ch. 6 Models and Measurement: Changing Design Value with Simulation, Analysis, and Outcomes / Wei Yan
• 6.1. Introduction / Phillip G. Bernstein / Matt Jezyk
• 6.2. BIM 1.0 / Matt Jezyk / Phillip G. Bernstein
• 6.3. Analysis and Simulation through BIM 1.0 / Matt Jezyk / Phillip G. Bernstein
• 6.4. BIM 2.0 / Phillip G. Bernstein / Matt Jezyk
• 6.5. Geometry, Behavioral Properties, Parameters, and Analysis / Phillip G. Bernstein / Matt Jezyk
• 6.6. Ideation and Design Production under BIM 2.0 / Phillip G. Bernstein / Matt Jezyk
• 6.7. Design Empowerment / Phillip G. Bernstein / Matt Jezyk
• 6.8. Conclusion: Avenues to Alternative Value Generation / Matt Jezyk / Phillip G. Bernstein
• Discussion Questions / Phillip G. Bernstein / Matt Jezyk
• References / Phillip G. Bernstein / Matt Jezyk
• ch. 7 Energy Modeling in Conceptual Design / Matt Jezyk / Phillip G. Bernstein
• 7.1. Introduction / Timothy Hemsath
• 7.2. Building Performance Simulation (BPS) / Timothy Hemsath
• 7.3. BIM's Role in the Process / Timothy Hemsath
• 7.4. Conceptual Design Decisions / Timothy Hemsath
• 7.5. Sensitivity Analysis and Optimization / Timothy Hemsath
• 7.5.1. Sensitivity Analysis / Timothy Hemsath
• 7.5.2. Conceptual Design Optimization / Timothy Hemsath
• 7.6. BIM Affordances / Timothy Hemsath
• 7.7. Conclusion / Timothy Hemsath
• Acknowledgments / Timothy Hemsath
• Discussion Questions / Timothy Hemsath
• References / Timothy Hemsath
• ch. 8 Performance Art: Analytics and the New Theater of Design Practice / Timothy Hemsath
• 8.1. Introduction / Nathan Miller / Daniel Davis
• 8.2. Instruments / Daniel Davis / Nathan Miller
• 8.3. Analytics / Daniel Davis / Nathan Miller
• 8.4. Interactions / Daniel Davis / Nathan Miller
• 8.5. Conclusion: Algorithms Are Thoughts / Daniel Davis / Nathan Miller
• Discussion Questions / Daniel Davis / Nathan Miller
• References / Daniel Davis / Nathan Miller
• ch. 9 Automated Energy Performance Visualization for BIM / Daniel Davis / Nathan Miller
• 9.1. Introduction / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.2. Case Study: Automated Analysis of U.S. Courthouse Models for GSA / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.2.1. Preliminary Concept Design (PCD) / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.2.2. Post-Processing for Energy Analysis / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.2.3. Building Model Property Definition / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.3. Performance Visualization / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.3.1. Aggregation of Simulation Output Variables / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.3.2. Visualization of Thermal Flows / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.4. Discussion / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 9.5. Conclusion / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• Acknowledgments / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• Discussion Questions / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• References / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• ch. 10 Urban Energy Information Modeling: High Fidelity Aggregated Building Simulation for District Energy Systems / Paola Sanguinetti / Pasi Paasiala / Charles Eastman
• 10.1. Introduction / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.2. Understanding District Energy Systems / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.3. Community Energy Planning / Shalini Ramesh / Henry Johnstone / Khee Poh Lam / Nina Baird
• 10.4. Dynamic Energy Mapping / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.4.1. Initial Example: Pittsburgh's Lower Hill District / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.4.2. Urban Energy Simulation of the Lower Hill District / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.4.3. Future Improvements Using Cloud Services / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.4.4. First Order District System Analysis / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.4.5. Data Visualization for Time-of-Use Aggregate Load Profiles / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.4.6. Interpreting Lower Hill District Results / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 10.5. Future: BIM in Urban Energy Information Modeling / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• Discussion Questions / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• References / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• ch. 11 BIM and the Predesign Process: Modeling the Unknown / Nina Baird / Shalini Ramesh / Henry Johnstone / Khee Poh Lam
• 11.1. Introduction / Michael Donn
• 11.1.1. Current BIM Concepts Limit Performance Analysis / Michael Donn
• 11.1.2. Performance Analysis in Early Design / Michael Donn
• 11.2. Limits of Traditional Early Design Analysis / Michael Donn
• 11.2.1. Promise of BIM in Early Design / Michael Donn
• 11.2.2. Performative (Generative) Design as a Solution / Michael Donn
• Contents note continued: 11.2.3. Daylight Design Example of Limits of Traditional Analysis / Michael Donn
• 11.2.4. Modern Performance Metrics in Daylight Design / Michael Donn
• 11.3. BIM-Based Detailed Performance Analysis / Michael Donn
• 11.3.1. BIM Is More than a Representation of a Building / Michael Donn
• 11.3.2. Role of the Analyst in Performance Simulation / Michael Donn
• 11.3.3. Tools for Rapid Evaluation of Design Scenarios / Michael Donn
• 11.4. Conclusion: Inventing a New BIM for Early Design Analysis / Michael Donn
• Discussion Questions / Michael Donn
• References / Michael Donn
• ch. 12 Analytical BIM: BIM Fragments, Domain Gaps, and Other Impediments / Michael Donn
• 12.1. Introduction / Karen M. Kensek
• 12.2. Analytical Modeling / Karen M. Kensek
• 12.3. Building Information Modeling / Karen M. Kensek
• 12.4. Levels of BIM / Karen M. Kensek
• 12.4.1. Pre-BIM: Planning Stages / Karen M. Kensek
• 12.4.2. BIM Light: A Component-Based 3D Model / Karen M. Kensek
• 12.4.3. BIM + Information / Karen M. Kensek
• 12.4.4. BIM + Knowledge / Karen M. Kensek
• 12.4.5. BIM + Decisions / Karen M. Kensek
• 12.5. FDEIC Knowledge / Karen M. Kensek
• 12.6. Feedback Loop / Karen M. Kensek
• 12.7. Fragment BIMs and Three Gaps / Karen M. Kensek
• 12.7.1. Architect to Energy Consultant / Karen M. Kensek
• 12.7.2. Architect to Contractor / Karen M. Kensek
• 12.7.3. Architect and Contractor to Facilities Manager and Owner / Karen M. Kensek
• 12.8. Conclusion / Karen M. Kensek
• Acknowledgments / Karen M. Kensek
• Discussion Questions / Karen M. Kensek
• References / Karen M. Kensek
• ch. 13 One BIM to Rule Them All: Future Reality or Myth? / Karen M. Kensek
• 13.1. Introduction / Brian R. Johnson
• 13.2. Brief History of the Single Model / Brian R. Johnson
• 13.3. 2D Interregnum / Brian R. Johnson
• 13.3.1. Drawings versus Models / Brian R. Johnson
• 13.4. What's Wrong with This Picture? / Brian R. Johnson
• 13.4.1. Task Complexity / Brian R. Johnson
• 13.4.2. Software Complexity / Brian R. Johnson
• 13.4.3. When a Model Isn't Enough: Data versus Process / Brian R. Johnson
• 13.4.4. Limitations on Data as an Expression of Intent / Brian R. Johnson
• 13.4.5. People and Cognition / Brian R. Johnson
• 13.5. One BIM to Rule Them All? / Brian R. Johnson
• Discussion Questions / Brian R. Johnson
• References / Brian R. Johnson
• ch. 14 Component-Based BIM: A Comprehensive, Detailed, Single-Model Strategy / Brian R. Johnson
• 14.1. Executive Summary / Anton C. Harfmann
• 14.2. Wicked Problem of Making Architecture / Anton C. Harfmann
• 14.2.1. Design Complexity and Uniqueness / Anton C. Harfmann
• 14.2.2. Fragmentation and Multiple Representations / Anton C. Harfmann
• 14.2.3. Redesign and Discovery / Anton C. Harfmann
• 14.3. Implementing Component-Based Design / Anton C. Harfmann
• 14.3.1. Component-Based Paradigm: Overview / Anton C. Harfmann
• 14.3.2. Product/Manufacturer Links / Anton C. Harfmann
• 14.3.3. External Reasoning / Anton C. Harfmann
• 14.3.4. BIM-Driven Component Modeling / Anton C. Harfmann
• 14.3.5. Component-Based Model Example / Anton C. Harfmann
• 14.3.6. Component Model as Authority / Anton C. Harfmann
• 14.4. Conclusion / Anton C. Harfmann
• Discussion Questions / Anton C. Harfmann
• References / Anton C. Harfmann
• ch. 15 BIM Ecosystem: The Coevolution of Products, Processes, and People / Anton C. Harfmann
• 15.1. Introduction / Ning Gu / Kerry London / Vishal Singh
• 15.2. Coevolution of Products, Processes, and People / Ning Gu / Kerry London / Vishal Singh
• 15.3. Understanding the Industry Context of BIM / Ning Gu / Kerry London / Vishal Singh
• 15.3.1. Fundamental Characteristics of BIM and Their Evolution / Ning Gu / Kerry London / Vishal Singh
• 15.3.2. Industry Perception of BIM-Related Products, Processes, and People / Ning Gu / Kerry London / Vishal Singh
• 15.4. Establishing a BIM Ecosystem: Operational and Support Technical Requirements in BIM / Ning Gu / Kerry London / Vishal Singh
• 15.5. Establishing a BIM Ecosystem: Collaborative Platform BIM Decision Framework / Ning Gu / Kerry London / Vishal Singh
• 15.5.1. Current Scope and Development of the Decision Framework / Ning Gu / Kerry London / Vishal Singh
• 15.5.2. Sections of the Decision Framework for BIM Implementation / Ning Gu / Kerry London / Vishal Singh
• 15.5.3. Applying the Decision Framework in Collaborative Practice / Ning Gu / Kerry London / Vishal Singh
• 15.6. Discussion and Future BIM Ecosystem / Ning Gu / Kerry London / Vishal Singh
• 15.6.1. Key Issues and Implication of Future BIM Ecosystem / Ning Gu / Kerry London / Vishal Singh
• 15.6.2. Preparing for Future BIM Ecosystem / Ning Gu / Kerry London / Vishal Singh
• Discussion Questions / Ning Gu / Kerry London / Vishal Singh
• References / Ning Gu / Kerry London / Vishal Singh
• ch. 16 BIM, Materials, and Fabrication / Ning Gu / Kerry London / Vishal Singh
• 16.1. Uber-Detail / Christopher Beorkrem
• 16.2. Materials / Christopher Beorkrem
• 16.3. Logic of Materiality / Christopher Beorkrem
• 16.4. Soft Data / Christopher Beorkrem
• 16.5. Backward BIM / Christopher Beorkrem
• 16.6. BIM, Materials, and Fabrication / Christopher Beorkrem
• 16.7. Going Forward / Christopher Beorkrem
• 16.8. Conclusion / Christopher Beorkrem
• Discussion Questions / Christopher Beorkrem
• References / Christopher Beorkrem
• ch. 17 Communicating Semantics through Model Restructuring and Representation / Christopher Beorkrem
• 17.1. Introduction / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.2. Spatial Reasoning and Querying / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.2.1. BIM as an Infrastructure for Spatial Reasoning / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.2.2. Extraction, Restructuring, Representation / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.2.3. Spatial Topology Data Extraction from IFC / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.2.4. Prototype for Spatial Topology Queries / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.3. Reasoning for Green Certification / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.3.1. Aggregation, Augmentation, Representation / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.3.2. Prototype for Green Certification / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 17.4. Conclusion / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• Discussion Questions / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• References / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• ch. 18 BIM as a Catalyst to Foster Creativity through Collaboration / Ramesh Krishnamurti / Tajin Biswas / Varvara Toulkeridou
• 18.1. Introduction / Murali Paranandi
• 18.2. Role of Collaboration in Design / Murali Paranandi
• 18.3. Social Framework / Murali Paranandi
• 18.3.1. Human Side / Murali Paranandi
• 18.3.2. Define and Manage Roles / Murali Paranandi
• 18.3.3. Co-locating to Facilitate Dialog / Murali Paranandi
• 18.4. Computational Workflows / Murali Paranandi
• 18.4.1. Tools for Designing and Collaborating / Murali Paranandi
• 18.4.2. Collaborative Prototyping / Murali Paranandi
• 18.4.3. Crowdsourcing / Murali Paranandi
• 18.4.4. Knowledge Capture and Sharing in the Cloud / Murali Paranandi
• 18.5. Conclusion / Murali Paranandi
• 18.5.1. Feedback to Academia / Murali Paranandi
• 18.5.2. Feedback to the Profession / Murali Paranandi
• Acknowledgments / Murali Paranandi
• Discussion Questions / Murali Paranandi
• References / Murali Paranandi
• ch. 19 BIM and Virtual Reconstruction: A Long-Term View of (Re-)Modeling / Murali Paranandi
• 19.1. Executive Summary / Herbert Peter / Bob Martens
• 19.2. Introduction / Herbert Peter / Bob Martens
• 19.3. BIM and Virtual Reconstruction / Herbert Peter / Bob Martens
• 19.4. Information Basis: Model Tree Structures / Bob Martens / Herbert Peter
• 19.5. Model Porting and Data Exchange / Herbert Peter / Bob Martens
• 19.5.1. Model Porting / Herbert Peter / Bob Martens
• 19.5.2. Data Exchange / Herbert Peter / Bob Martens
• 19.6. Outlook: Where Do We Go from Here? / Herbert Peter / Bob Martens
• 19.7. Conclusion / Herbert Peter / Bob Martens
• Discussion Questions / Herbert Peter / Bob Martens
• References / Herbert Peter / Bob Martens
• ch. 20 Managing BIM Projects, Organizations, and Policies: Turning Aspirations into Quantitative Measures of Success / Herbert Peter / Bob Martens
• 20.1. Introduction / Calvin Kam
• 20.2. Scorecard Methodology / Calvin Kam
• 20.3. Project Evaluation / Calvin Kam
• 20.4. Continuous Evaluation / Calvin Kam
• 20.5. Performance Indicators / Calvin Kam
• 20.6. Portfolio Evaluation / Calvin Kam
• 20.7. Country-Level BIM Evaluations / Calvin Kam
• 20.8. Conclusion / Calvin Kam
• Acknowledgments / Calvin Kam
• Discussion Questions / Calvin Kam
• References / Calvin Kam
• ch. 21 Space: The First (and Final) Frontier of BIM / Calvin Kam
• 21.1. Introduction / Stephen R. Hagan
• 21.2. Historical Perspectives of Space and the Facility Life Cycle / Stephen R. Hagan
• 21.3. Space, Measurement, and BIM / Stephen R. Hagan
• Contents note continued: 21.4. BIM Spatial Pioneers: Coast Guard and GSA / Stephen R. Hagan
• 21.5. Project Spatial BIM: Connecting Program to Design, Construction, and Facility Management / Stephen R. Hagan
• 21.6. Geospatial, Campus-Wide, and Services-Oriented Spatial BIM / Stephen R. Hagan
• 21.7. Standardizing Spatial BIM: IFMA-BOMA, BISDM, CityGML, and Indoor Navigation / Stephen R. Hagan
• 21.8. Conclusion / Stephen R. Hagan
• Discussion Questions / Stephen R. Hagan
• References / Stephen R. Hagan
• ch. 22 Translating Designs for Construction + Operations: The Future of BIM in a World of Material and Energy Scarcity / Stephen R. Hagan
• 22.1. Buildings, Information, and Modeling / Franca Trubiano
• 22.1.1. Promise / Franca Trubiano
• 22.1.2. Critique / Franca Trubiano
• 22.2. Changing Character of Architectural Representations / Franca Trubiano
• 22.3. Facilitating the Translation from Design to Construction-with Matter / Franca Trubiano
• 22.4. Facilitating the Translation from Design to Operations-with Energy / Franca Trubiano
• 22.5. Conclusion / Franca Trubiano
• Discussion Questions / Franca Trubiano
• References / Franca Trubiano
• ch. 23 Marx, BIM, and Contemporary Labor / Franca Trubiano
• 23.1. BIM and Work / Peggy Deamer
• 23.2. BIM Managers: What They Are Doing / Peggy Deamer
• 23.2.1. Design versus Technology / Peggy Deamer
• 23.2.2. Networked Tasks / Peggy Deamer
• 23.2.3. Political/Organizational Change / Peggy Deamer
• 23.3. Enactment of Enlightened Management Theory / Peggy Deamer
• 23.4. Conclusion: Post-Capitalist Architecture / Peggy Deamer
• Discussion Questions / Peggy Deamer
• References / Peggy Deamer
• ch. 24 Beyond BIM: Next-Generation Building Information Modeling to Support Form, Function, and Use of Buildings / Peggy Deamer
• 24.1. Rationale / Yehuda E. Kalay / Davide Schaumann / Seung Wan Hong / Davide Simeone
• 24.2. Shortcomings of BIM / Yehuda E. Kalay / Davide Simeone / Seung Wan Hong / Davide Schaumann
• 24.3. Form, Function, Use / Seung Wan Hong / Davide Schaumann / Yehuda E. Kalay / Davide Simeone
• 24.3.1. Form / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• 24.3.2. Function / Yehuda E. Kalay / Davide Schaumann / Seung Wan Hong / Davide Simeone
• 24.3.3. Use / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• 24.4. Dependencies / Yehuda E. Kalay / Seung Wan Hong / Davide Schaumann / Davide Simeone
• 24.4.1. Form versus Function / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• 24.4.2. Form versus Use / Yehuda E. Kalay / Davide Schaumann / Seung Wan Hong / Davide Simeone
• 24.4.3. Function versus Use / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• 24.5. Objectives / Yehuda E. Kalay / Seung Wan Hong / Davide Schaumann / Davide Simeone
• 24.6. Methodology / Davide Schaumann / Seung Wan Hong / Davide Simeone / Yehuda E. Kalay
• 24.7. Implementation / Yehuda E. Kalay / Davide Schaumann / Seung Wan Hong / Davide Simeone
• 24.8. Conclusion / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• Acknowledgments / Yehuda E. Kalay / Seung Wan Hong / Davide Schaumann / Davide Simeone
• Discussion Questions / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• References / Yehuda E. Kalay / Davide Schaumann / Seung Wan Hong / Davide Simeone
• ch. 25 Engines of Information: Big Data from Small Buildings / Yehuda E. Kalay / Davide Schaumann / Davide Simeone / Seung Wan Hong
• 25.1. Introduction / Chandler Ahrens / Aaron Sprecher
• 25.2. Data to Information / Chandler Ahrens / Aaron Sprecher
• 25.3. Looking through the Lens of Data / Chandler Ahrens / Aaron Sprecher
• 25.4. Building an Information Model / Chandler Ahrens / Aaron Sprecher
• 25.5. Present Future / Chandler Ahrens / Aaron Sprecher
• 25.6. IM: Drop the (B) / Chandler Ahrens / Aaron Sprecher
• 25.7. Information to Knowledge / Chandler Ahrens / Aaron Sprecher
• 25.8. Conclusion / Chandler Ahrens / Aaron Sprecher
• Discussion Questions / Chandler Ahrens / Aaron Sprecher
• References / Chandler Ahrens / Aaron Sprecher
• ch. 26 BIM and MetaBIM: Design Narrative and Modeling Building Information / Chandler Ahrens / Aaron Sprecher
• 26.1. Background to a Series of Dilemmas / Mark Burry
• 26.2. Case in Point: The Sagrada Familia Basilica Sala Creuer / Mark Burry
• 26.2.1. Solo Creuer Documentation / Mark Burry
• 26.2.2. Project Phases / Mark Burry
• 26.3. Creative Digital Workflow as BIM / Mark Burry
• 26.4. Watch This Space / Mark Burry
• Acknowledgments / Mark Burry
• Discussion Questions / Mark Burry.

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Contributors:

Kensek, Karen M., 1962- , editor

Noble, Douglas E. , editor

Languages:

English

Language Notes:

Item content: English

Other Related Resources:

Print version: Building information modeling (Hoboken, New Jersey : John Wiley & Sons Inc., [2014] — ISBN 9781118766309; LCCN 2014005215)

Subjects:

Building information modeling

General Notes:

Includes index.
Includes bibliographical references and index.
Electronic reproduction. Ipswich, MA Available via World Wide Web.
Description based on online resource; title from digital title page (viewed on May 08, 2015).

Physical Description:

1 online resource.

Call Numbers:

TH438.13 .B85 2014

ISBNs:

9781118766378
1118766377
9781118766613
111876661X
9781118766309 [Invalid]
111876630X [Invalid]

Library of Congress Control Numbers:

2014016119

OCLC Numbers:

878051100

Other Control Numbers:

772365 (source: EbpS)
[Unknown Type]: ybp11804580