Architecture Research in the Digital Age : Methods, Pedagogy, and Critical Practice (Hardcover)

Part I ? Foundations of Inquiry??1. Epistemology & Ontology in Research? 2. Inquiry as Power and Perspective??Part II ? Frameworks for Inquiry??3. Literature Review & Annotated Bibliographies? 4. Crafting Qualitative & Quantitative Methods? 5. Digital Tools & Critical Tech Awareness??Part III ? Research Design & Application??6. Building Research Proposals? 7. Spatial Inquiry & Equity? 8. From Inquiry to Publication??Part IV ? Teaching & Reflective Practice??9. Teaching Modules: Templates & Rubrics? 10. Reflective Learning Tools? 11. Future Directions in Critical Architectural Inquiry?

Architecture Research in the Digital Age : Methods, Pedagogy, and Critical Practice (Paperback)

Part I ? Foundations of Inquiry??1. Epistemology & Ontology in Research? 2. Inquiry as Power and Perspective??Part II ? Frameworks for Inquiry??3. Literature Review & Annotated Bibliographies? 4. Crafting Qualitative & Quantitative Methods? 5. Digital Tools & Critical Tech Awareness??Part III ? Research Design & Application??6. Building Research Proposals? 7. Spatial Inquiry & Equity? 8. From Inquiry to Publication??Part IV ? Teaching & Reflective Practice??9. Teaching Modules: Templates & Rubrics? 10. Reflective Learning Tools? 11. Future Directions in Critical Architectural Inquiry?

Brick Architecture Craft in Nineteenth-Century South India : Reading Buildings as Archives (Paperback)

List of figures

List of abbreviations

Acknowledgements

Glossary

Part 1: Reading the Archive

Chapter 1: The Humble Brick: Material for a Billion

●       Brick: Construction Material for a Billion

●       The Decolonial Lens

●       Hybridity

●       Standardisation, Mechanisation, Automation

●       Brick: Contemporary Challenges

●       Structure and Themes of the Book

Chapter 2: Precolonial to Colonial: History of Brick in the Indian Subcontinent

●       Bricks: Indus to the Nineteenth-century Colonial India

●       Regional Variations

●       Missionaries and Factories

●       Terracotta/Fired Earth: Colonisers Trailing the Missionaries

●       Terracotta Brick and Tile Industry in Mangalore

●       The Basel Mission Printing Press

●       Other Terracotta Tiles

Chapter 3: Nineteenth-Century Conversations between the Indigenous and the Colonial

●       Introduction

●       Methods and Manuals

●       The Anthropology of Bricks: Brick-makers of Burma

●       Coloured Bricks

●       Well Sinkers: Manual to Mechanised

●       Brick, Mortar and Plasters of the Nineteenth-century India

●   &nb...


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Engineering with Glass (Hardcover, 1)

1. Introduction? 2. Glass: A Construction Material? 3. Residual Stresses? 4. Design Considerations? 5.Finite Element Analysis? 6. Design Standards and Design Guidelines? 7. Joints, Connections and Supports

Engineering with Glass (Paperback, 1)

1. Introduction? 2. Glass: A Construction Material? 3. Residual Stresses? 4. Design Considerations? 5.Finite Element Analysis? 6. Design Standards and Design Guidelines? 7. Joints, Connections and Supports

Designing Mycelium : Exploring the Design Potential of Fungi (Hardcover)

All About the Fungus.??Fungi: Ubiquitous, Relentless, and Essential.? Fungal Living Materials.? Critical History of Mycelium Architecture.? How to Cast with Mycelium.??Amulets.??Scenographies of Becoming in the Age of Decomposition.? Architectural Invocations.? Articulating an Architectural Poetics of Rot.? Dead Gods. Biospatial Tectonics.??Alchemy.??From (Im)practical to Imagination: Artificial Intelligence in Mycelium Design.? Crafting with the Other.? Farming Mycelium Textiles.? BioScaffolds: Designing with Mycelium.? Living Prints: The Craft of Mycelial 3D Printing.? Symbiotic Materialities: Co-Designing and Fabricating with Mycelium for a Sustainable Future.? Weed Form: Myco-Regenerative Dreams.? Leather and Lace.??Artifact.??The Mycelium Project: Integrating Material Research and Professional Education.? ?Sounding the Future.? BIOCYCLER: Using Mycotecture to Remediate and Recycle Buildings.? Scaling Mycelium-Based Materials in Southeast Asia: The MYCL Case Study.? Borrowing from Nature as a Regenerative Design Strategy.? Mediating Form, Matter, Fabrication and Performance in Designing with Myco-Materials.? It’s Not About the Fungus.

Designing Mycelium : Exploring the Design Potential of Fungi (Paperback)

All About the Fungus.??Fungi: Ubiquitous, Relentless, and Essential.? Fungal Living Materials.? Critical History of Mycelium Architecture.? How to Cast with Mycelium.??Amulets.??Scenographies of Becoming in the Age of Decomposition.? Architectural Invocations.? Articulating an Architectural Poetics of Rot.? Dead Gods. Biospatial Tectonics.??Alchemy.??From (Im)practical to Imagination: Artificial Intelligence in Mycelium Design.? Crafting with the Other.? Farming Mycelium Textiles.? BioScaffolds: Designing with Mycelium.? Living Prints: The Craft of Mycelial 3D Printing.? Symbiotic Materialities: Co-Designing and Fabricating with Mycelium for a Sustainable Future.? Weed Form: Myco-Regenerative Dreams.? Leather and Lace.??Artifact.??The Mycelium Project: Integrating Material Research and Professional Education.? ?Sounding the Future.? BIOCYCLER: Using Mycotecture to Remediate and Recycle Buildings.? Scaling Mycelium-Based Materials in Southeast Asia: The MYCL Case Study.? Borrowing from Nature as a Regenerative Design Strategy.? Mediating Form, Matter, Fabrication and Performance in Designing with Myco-Materials.? It’s Not About the Fungus.

Vernacular Architecture and Sustainability of Indigenous Building Materials (Hardcover, 1)

Preface. Book Introduction. PART I: CONCEPTUAL FOUNDATIONS FOR VERNACULAR SUSTAINABILITY. 1. Reconceptualizing Sustainability through Vernacular Architectural Intelligence. 2. Theoretical and Interdisciplinary Frameworks for Vernacular Analysis. PART II: REGIONAL PRACTICES OF VERNACULAR ARCHITECTURE. Section 1: South and East Asia: Bioclimatic Adaptation and Spiritual Ecology in Dense Settlements. 3. India’s Indigenous Earthen Architecture: Harmonizing Vernacular Practice with Climatic Diversity. 4. Vernacular Harmony in Chinese Architecture: Courtyards, Earth, and Spatial Orientation. 5. Japan and Korea (Hanok) ? Seismic Vernaculars: Timber Joinery, Flexibility, and Nature-Space Relationships Integration. Section 2: Middle East and Central Asia: Material Pragmatism and Climatic Ingenuity in Arid Environments. 6. Yemen ? Vertical Earth: Shibam and the Typology of the Mudbrick High-Rise. 7. Iraq ? Courtyard Architecture and Thermal Logic in the Mesopotamian Context. 8. Turkey, Iran, and Central Asia ? Domes, Windcatchers, and Subterranean Settlements. Section 3: Africa, the Mediterranean, and the Americas: Earthen Construction, Settlement Morphology, and Social Ecology. 9. North Africa ? Oasis Urbanism and Fortified Earthen Settlements. 10. Mexico ? Indigenous Earth Building, Cosmology, and Climatic Design. Section 4: Europe: Material Rationality and Climatic Adaptation in Temperate and Cold Zones. 11. The Balkans, Romania, and Cyprus ? Transitional Vernaculars of Stone, Wood, and Topography. 12. England and Scandinavia ? Thermal Efficiency, Timber Logic, and Climatic Innovation. 13. Northern Europe ? Compactness, Brick Craft, and Climatic Rationalism. PART III: REGIONAL PRACTICES OF VERNACULAR ARCHITECTURE. 14. Toward Vernacular Futures: Design Practice, Educational Reform, and Global Policy Integration.

Modern Residential Construction Practices (Paperback, 2 ed)

1. Drawings and Specifications.? 2. Construction Safety.? 3. Introduction to building codes, preliminary construction process, and basic construction management.? 4. Introduction to green building technology.? 5. Construction site mobilization and excavation.? 6. Foundation materials and construction.? 7. Floor framing materials and construction.? 8. Wall framing materials and construction.? 9. Roof framing materials and construction.? 10. Insulation and barriers.? 11. Door and window specifications and installation.? 12. Stair construction.? 13. Fireplace construction.? 14. Mechanical, plumbing, and electrical systems.? 15. Indoor air quality and safety.? 16. Finish work and materials.? Appendix A. General Code Requirements for Common Heating and Cooling Equipment and Duct Systems.? Appendix B. Basic Electrical Installation Recommendations.? Appendix C. Kitchen, Bath and Laundry Room Design Basics.? Appendix D. Form RD 1924-2 Description of Materials.? Appendix E. Universal Electrical Installations.??

Modern Residential Construction Practices (Hardcover, 2 ed)

1. Drawings and Specifications.? 2. Construction Safety.? 3. Introduction to building codes, preliminary construction process, and basic construction management.? 4. Introduction to green building technology.? 5. Construction site mobilization and excavation.? 6. Foundation materials and construction.? 7. Floor framing materials and construction.? 8. Wall framing materials and construction.? 9. Roof framing materials and construction.? 10. Insulation and barriers.? 11. Door and window specifications and installation.? 12. Stair construction.? 13. Fireplace construction.? 14. Mechanical, plumbing, and electrical systems.? 15. Indoor air quality and safety.? 16. Finish work and materials.? Appendix A. General Code Requirements for Common Heating and Cooling Equipment and Duct Systems.? Appendix B. Basic Electrical Installation Recommendations.? Appendix C. Kitchen, Bath and Laundry Room Design Basics.? Appendix D. Form RD 1924-2 Description of Materials.? Appendix E. Universal Electrical Installations.??

Buildability in Practice : Shaping a Sustainable and Equitable Built Environment (Hardcover)

Chapter 1: Introduction??Part I ? Foundations of Buildability in Construction??Chapter 2: Historical Evolution of Buildability in Global Construction Industry??Chapter 3: Buildability: Concept and Theoretical Perspectives??Part II ? Applications in Construction Practice??Chapter 5: Buildability Assessment in Practice??Chapter 6: Buildability in Health & Safety??Chapter 7: Stakeholder Roles in Buildability Implementation??Part III ? Education and Capacity Building??Chapter 8: Education and Training for Enhanced Buildability??Part IV ? Sustainability and Future Pathways??Chapter 9: Buildability and Sustainable Construction??Chapter 10: Conclusion and Future Pathways

Buildability in Practice : Shaping a Sustainable and Equitable Built Environment (Paperback)

Chapter 1: Introduction??Part I ? Foundations of Buildability in Construction??Chapter 2: Historical Evolution of Buildability in Global Construction Industry??Chapter 3: Buildability: Concept and Theoretical Perspectives??Part II ? Applications in Construction Practice??Chapter 5: Buildability Assessment in Practice??Chapter 6: Buildability in Health & Safety??Chapter 7: Stakeholder Roles in Buildability Implementation??Part III ? Education and Capacity Building??Chapter 8: Education and Training for Enhanced Buildability??Part IV ? Sustainability and Future Pathways??Chapter 9: Buildability and Sustainable Construction??Chapter 10: Conclusion and Future Pathways

Concrete (Paperback)

Designer’s Pocket Book for Basic Research (Hardcover)

1. The Benefits of Research in Practice: The Synergistic Relationship between Design and Social Science??2. Formulating Research Questions: Looking Back and Looking Ahead? 3. Reading the Literature: Locating, Obtaining, and Evaluating Sources? 4. Using Human Participants in Research: Guidelines and Best Practices? 5. Measuring Outcomes: Asking Questions, Using Scales? 6. Methodological Approaches: An Overview? 7. Correlational Approaches: The Usefulness of Associations? 8. Experimental and Quasi-experimental Designs: Determining Causality? 9. Qualitative Strategies: The Benefits of Narrative-based Approaches, Observation and Archival Research??10. Software Tools for Data Collection? 11. Software Tools for Data Analysis? 12. Reaching an Audience: Sharing Your Findings

Designer’s Pocket Book for Basic Research (Paperback)

1. The Benefits of Research in Practice: The Synergistic Relationship between Design and Social Science??2. Formulating Research Questions: Looking Back and Looking Ahead? 3. Reading the Literature: Locating, Obtaining, and Evaluating Sources? 4. Using Human Participants in Research: Guidelines and Best Practices? 5. Measuring Outcomes: Asking Questions, Using Scales? 6. Methodological Approaches: An Overview? 7. Correlational Approaches: The Usefulness of Associations? 8. Experimental and Quasi-experimental Designs: Determining Causality? 9. Qualitative Strategies: The Benefits of Narrative-based Approaches, Observation and Archival Research??10. Software Tools for Data Collection? 11. Software Tools for Data Analysis? 12. Reaching an Audience: Sharing Your Findings

Design Ethics in Practice : A Procedural Method for Architects and Built Environment Professionals (Hardcover)

Prologue: Why Design Needs Ethics. 1. The Architecture of Ethics: From Aristotle to the Belmont Report. 2. Respect for Persons: Duty, Autonomy, and Truth in Design. 3. Beneficence and Nonmaleficence: Consequence and the Ethics of Impact. 4. Justice as Fairness: The Distribution of Benefits and Burdens. 5. Institutionalization: The Design Ethics Board (DEB). 6. Pedagogy, Reproduction ands Ethical Method. 7. The Moral Life of Materials. Epilogue: The Courage to Decide. Appendices:?Core Products (Templates), Governance Documents for the Design Ethics Board (DEB), Pedagogy Tools.?

Design Ethics in Practice : A Procedural Method for Architects and Built Environment Professionals (Paperback)

Prologue: Why Design Needs Ethics. 1. The Architecture of Ethics: From Aristotle to the Belmont Report. 2. Respect for Persons: Duty, Autonomy, and Truth in Design. 3. Beneficence and Nonmaleficence: Consequence and the Ethics of Impact. 4. Justice as Fairness: The Distribution of Benefits and Burdens. 5. Institutionalization: The Design Ethics Board (DEB). 6. Pedagogy, Reproduction ands Ethical Method. 7. The Moral Life of Materials. Epilogue: The Courage to Decide. Appendices:?Core Products (Templates), Governance Documents for the Design Ethics Board (DEB), Pedagogy Tools.?

Building Construction : Around Materials, Labor, and the Environment (Hardcover)

Introduction.? 1. Materials.? 2. Labor.? 3. Environment.? 4. Visual Essay.??

Building Construction : Around Materials, Labor, and the Environment (Paperback)

Introduction.? 1. Materials.? 2. Labor.? 3. Environment.? 4. Visual Essay.??

Synergies: Building Collaborations in Architectural Research (Paperback)

Plastic Futures in Architecture : From Recycled Synthetic to Bio-Based Polymers (Hardcover)

1. Plastic Techne: An Introduction??Part 1: Being??Being: A Preamble? 2. Being Plastic: Living in the Plasticene? 3. Plastic Imitating Life: Future Potential for a Controversial Material? 4. Syntopia 0?Anthropos I Human: From “Designer Matter” to “Critical Material”? 5. Breathing Enclosures & Engineered Living Materials??Part 2: Becoming??Becoming: A Preamble? 6.?Sustainable Polymers in Architecture: From Recycling to Bio-Based Innovation? 7.?Infundibuliforms: Experiments in Spatial Plasticity? 8. Hybrid Composite Manufacturing: Plastic Futures for Architecture? 9. Nature's Blueprint: Redefining Plastic Designs? 10.?Plastic Plus??Part 3: Beyond??Beyond: A Preamble? 11.?A Path Towards the Biomaterials Age? 12.?ChitoFold: Designing 3D Forms from 2D Gels Towards a Fuel-free Future? 13.?Chitin-Based Biocomposites: Sustainable Alternatives for Architectural Applications? 14.?Toward Natural Fiber Architecture: From Synthetic to Bio-Based Composite Building?Systems? ?15.?Malleability as a Driver for Design: Activating Alternative Resource Flows with 3D-Printed Biopolymer Composites?

Plastic Futures in Architecture : From Recycled Synthetic to Bio-Based Polymers (Paperback)

1. Plastic Techne: An Introduction??Part 1: Being??Being: A Preamble? 2. Being Plastic: Living in the Plasticene? 3. Plastic Imitating Life: Future Potential for a Controversial Material? 4. Syntopia 0?Anthropos I Human: From “Designer Matter” to “Critical Material”? 5. Breathing Enclosures & Engineered Living Materials??Part 2: Becoming??Becoming: A Preamble? 6.?Sustainable Polymers in Architecture: From Recycling to Bio-Based Innovation? 7.?Infundibuliforms: Experiments in Spatial Plasticity? 8. Hybrid Composite Manufacturing: Plastic Futures for Architecture? 9. Nature's Blueprint: Redefining Plastic Designs? 10.?Plastic Plus??Part 3: Beyond??Beyond: A Preamble? 11.?A Path Towards the Biomaterials Age? 12.?ChitoFold: Designing 3D Forms from 2D Gels Towards a Fuel-free Future? 13.?Chitin-Based Biocomposites: Sustainable Alternatives for Architectural Applications? 14.?Toward Natural Fiber Architecture: From Synthetic to Bio-Based Composite Building?Systems? ?15.?Malleability as a Driver for Design: Activating Alternative Resource Flows with 3D-Printed Biopolymer Composites?

In-Between: What Future Awaits with Generative Ai? (Paperback)

The Matter of Architecture : Geology, Buildings and Us (Hardcover)

Mass Timber Handbook: Design Principles and Construction Techniques (Hardcover)

Foreword xiii

Preface xv

Acknowledgements xxi

PART 1: The Evolution of Mass Timber 1

Chapter 1: From Cedar Longhouses to Mass Timber High Rises 3

Chapter 2: Forests, Mass Timber, and Climate Change 33

PART 2: Mass Timber Materials, Products, and Properties 59

Chapter 3: Wood as a Building Material 61

Chapter 4: From Log to Graded Lumber 97

Chapter 5: From Lumber to Laminate ? Mass Timber Products 117

Chapter 6: Mass Timber Fasteners 157

PART 3: Mass Timber Building Conceptualization 181

Chapter 7: Mass Timber in the Building Codes 183

Chapter 8: Mass Timber Building Systems and Their Layout 199

PART 4: Mass Timber Building Structural Design 245

Chapter 9: Structural Design Methodology for Mass Timber 247

Chapter 10: Design of Mass Timber Beams and Panels for Gravity Loads 281

Chapter 11: Design of Mass Timber Columns and Walls for Gravity Loads 335

Chapter 12: Mass Timber Systems for Lateral Loads 363

Chapter 13: Design of Mass Timber Connections 397

PART 5: Mass Timber Construction Process 443

Chapter 14: Prior to Construction?Design, Planning, and Procurement 445

Chapter 15: During Construction ? Fabrication and On-Site Processes 467

PART 6: Mass Timber Built Examples 489

Case Study 1: John W. Olver Design Building in Amherst, MA 491

Case Study 2: Brock Commons Tallwood House in Vancouver, BC 505

Case Study 3: Origine in Quebec City, QC 517

Solutions to Chapter Questions 529

Index 000