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| List of Tables | |
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| List of Illustrations | |
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| Preface | |
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| Acknowledgments | |
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| Introduction | |
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| How SI units are used in this book | |
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| Roadmap to solving detailing problems | |
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| The design/detailing process | |
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| Introduction | |
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| What is detailing | |
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| Detailing as a wicked problem | |
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| The drawing-thinking-drawing cycle | |
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| Process tools and techniques | |
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| Process tools | |
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| Practical tips | |
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| Detailing components and process | |
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| The four aspects of detailing | |
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| The detailing process | |
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| Example | |
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| Three purposes of a detail | |
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| Contributes to design concept--elements and principles of design | |
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| Resolves problems of connection or transition | |
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| Coordinates with adjacent construction | |
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| Programmatic concepts vs. design concepts | |
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| Constraints | |
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| Introduction | |
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| Substrates and adjacent construction | |
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| Substrate material | |
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| Substrate condition | |
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| Substrate size and position | |
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| Substrate space | |
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| Regulatory requirements | |
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| Fire tests for finish materials | |
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| Fire tests for construction materials | |
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| Budget | |
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| Time | |
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| Climate | |
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| Local labor conditions and trade practices | |
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| Industry standards | |
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| Materials | |
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| Aesthetic qualities | |
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| Function | |
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| Safety and health | |
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| Durability | |
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| Maintainability | |
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| Cost and delivery time | |
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| Function | |
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| Concealment and finish | |
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| Covering substrates | |
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| Covering joints and connections | |
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| Hiding mechanical, electrical and other services | |
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| Human fit/object fit | |
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| Safety: protection from accidental harm | |
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| Security: protection from intentional harm | |
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| Sustainability | |
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| Change and Relocatability | |
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| Fire resistance | |
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| Acoustic control | |
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| Noise control and reverberation | |
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| Transmission control | |
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| Vibration and impact noise control | |
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| Moisture/water resistance | |
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| Constructibility | |
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| Introduction | |
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| Structural requirements | |
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| Basic concepts of structure | |
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| Use simple direct bearing connections whenever possible | |
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| Incorporate beam action | |
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| Use the simplest connections possible | |
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| Use redundant connections or bearing when required | |
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| Use structural connections approved by the manufacturer | |
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| Use removable connections for reuse potential | |
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| Connections | |
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| Use the appropriate method for rigid connections | |
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| Determine moveable connection type based on use | |
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| Minimize number and types of connections | |
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| Make connections accessible | |
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| Movement | |
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| Use acclimated materials | |
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| Use relieved backs on wood | |
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| Use control joints | |
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| Provide expansion joints | |
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| Use sliding/overlapping joints | |
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| Use slip joints | |
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| Use building expansion joints | |
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| Provide clear space | |
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| Tolerances | |
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| Provide shim space | |
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| Provide scribe | |
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| Use reveals | |
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| Use offsets | |
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| Use filler strips | |
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| Use sliding or overlapping joints | |
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| Use adjustable connections | |
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| Give adequate clearance and incorporate intermediate attachments | |
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| Clearances | |
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| Allow space for working and assembly | |
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| Provide space for installation of pieces | |
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| Allow for tolerances | |
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| Durability | |
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| Self-durable | |
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| Applied protection | |
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| Maintainability | |
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| Cleanability | |
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| Adjustability | |
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| Repair and replacement | |
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| Construction process | |
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| Number of parts | |
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| Sequence | |
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| Trade division of labor | |
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| Off-shelf vs. Custom parts | |
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| Shop vs. field-fabricated | |
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| Elements | |
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| Dividing space--permanent | |
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| Introduction | |
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| Element concepts | |
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| Function | |
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| Constraints | |
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| Coordination | |
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| Methods | |
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| Planar | |
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| Panelized | |
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| Barriers with openings | |
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| Translucent | |
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| Partial height | |
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| Dividing and creating space with temporary barriers | |
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| Introduction | |
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| Element concepts | |
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| Function | |
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| Constraints | |
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| Coordination | |
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| Methods | |
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| Full height | |
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| Partial height | |
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| Overhead limits--ceilings | |
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| Introduction | |
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| Element concepts | |
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| Function | |
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| Constraints | |
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| Coordination | |
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| Sprinkler spacing | |
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| HVAC coordination | |
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| Tolerance coordination | |
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| Methods | |
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| Closed | |
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| Open | |
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| The ground plane--floors, stairs, and ramps | |
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| Introduction | |
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| Element concepts | |
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| Flooring | |
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| Stairs | |
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| Ramps | |
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| Function | |
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| Constraints | |
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| Fire resistance of floor finishes | |
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| Fire resistance of structural components | |
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| Slip resistance and tripping | |
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| Accessibility | |
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| Code requirements | |
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| Coordination | |
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| Tolerance coordination | |
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| Light reflectance and acoustic coordination | |
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| Methods | |
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| Flooring | |
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| Handrails, guards, and stairways | |
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| Spatial connection--openings, doors, and glazing | |
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| Introduction | |
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| Element concepts | |
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| Openings | |
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| Doors | |
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| Glazing | |
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| Window coverings | |
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| Function | |
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| Constraints | |
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| Coordination | |
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| Methods | |
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| Doors | |
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| Glazed openings | |
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| Window coverings | |
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| Transitions | |
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| Wall transitions | |
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| Introduction | |
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| Connections of major elements | |
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| Wall to floor | |
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| Standard bases | |
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| Featured bases | |
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| Component bases | |
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| Wall to ceiling | |
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| Standard ceiling transitions | |
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| Structural transitions | |
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| Planar transitions | |
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| Planar transitions | |
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| Partition to Partition | |
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| In-plane transitions | |
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| Plain offsets | |
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| Interrupted offsets | |
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| Floor to floor | |
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| In-plane transitions | |
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| Plain offset floors | |
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| Interrupted offset | |
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| Ceiling to ceiling | |
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| In-plane transitions | |
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| Offset transitions | |
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| Structural transitions | |
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| Introduction | |
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| Columns | |
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| Column to ceiling transitions | |
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| Column to floor transitions | |
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| Column to beam transitions | |
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| Beams | |
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| Beam to partition transitions | |
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| Beam to ceiling transitions | |
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| Beam to beam transitions | |
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| Suspended objects | |
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| Resources | |
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| Industry standards for interior materials and products | |
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| Index | |