Modern Construction Handbook / Andrew Watts
Friday, July 9th, 2010
A good construction manual is a must have for any architect’s library.
The Modern Construction Handbook by Andrew Watts is in my opinion one of the best construction manuals these days, covering construction systems in an extensive way. The best of this book are the details: good quality of the drawings and 3D sections that help you understand the details in a better way.
Construction manuals tend to be very outdated, even if they are brand new. On the contrary, this book includes a whole section on energy and alternative materials, along with a section called “Future” which helps us resolve complex geometries, twisted facades, new glazing systems and more.
The book has 500 pages printed in good quality paper, something very important for a book that you will be constantly flipping when needing help on a project.
More images about the book, along with the full index so you can see if it fits you after the break:
The Modern Construction Handbook has become a building construction classic. Its systematic approach with chapters on materials, walls, roofs, construction and environment offers clear and efficient orientation.
The second edition underwent a considerable expansion and has been thoroughly updated:
Digital fabrication techniques are included and presented in an instructional book for the first time, in addition to traditional production processes
- Constructive building principles are shown with new, color 3D drawings and illustrated with photos of built examples of the work of renown architects
- More and densely packed information provided by 3D drawings of the individual components and structures
- Glossary following every chapter containing explanations of terminology and related information
- Environmental aspects and properties of the different materials
- New design and rendering methods such as parametrical design, CAD/CAM and 3D Modeler are explained, shown and integrated in the respective chapters.
- SpringerWienNewYork
Publisher: SpringerWienNewYork
Author: Andrew Watts
Layout and Cover Design: Yasmin Watts
Language: English
Cover: Hardcover
Pages: 504
Illustrations: 1000 color illustrations
Dimensions: 11.9 x 8.5 x 1.6 inches
ISBN: 978-3-211-99195-4
Index
Introduction
Introduction to Second Edition
Changes from the First Edition
Structure of this book
1. Materials
Taxonomy of material systems
Structure and envelope
Digital tectonics
Parametric design
Tectonics in metal
Steel
Aluminium
Copper, zinc and lead
Tectonics in glass
Glass
Tectonics in concrete
Concrete
Tectonics in masonry
Masonry
Concrete block
Stone
Brick
Tectonics in plastics
Plastics and composites
Tectonics in timber
Timber
Fabrics and membranes
Internal walls
Fixed and demountable
Plaster systems
Wallboard systems
Floors
Ceilings
2. Walls
Trends in facade design
Generic wall types
Metal
Sheet metal
Profiled cladding
Composite panels
Rainscreens
Mesh screens
Louvre screens
Glass systems
Stick systems
Unitised glazing
Clamped glazing
Bolt fixed glazing
Glass blocks and channels
Steel windows
Aluminium windows
Timber windows
Concrete
Cast in situ
Storey height precast
Small precast panels
Masonry loadbearing walls
Masonry cavity walls
Brick
Stone and block
Masonry cladding
Masonry rainscreens
Plastic
Plastic-based cladding
Plastic rainscreens
Timber
Timber frame
Cladding panels
3. Roofs
Trends in roof design
Metal roofs
Metal standing seam
Profiled metal sheet
Composite panels
Rainscreens
Metal louvres
Glass roofs
Greenhouse glazing and capped systems
Silicone-sealed glazing and rooflights
Bolt fixed glazing
Bonded glass rooflights
Concrete
Concealed membranes
Exposed membranes
Planted roof
Timber roofs
Flat roof: mastic asphalt coverings
Flat roof: bitumen-based sheet membranes
Pitched roof: tiles
Plastic roofs
GRP rooflights
GRP panels and shells
Fabric systems
ETFE cushions
Single membrane: cone-shaped roof
Single membrane: barrel-shaped roof
4. Structure
Material systems for structures
Braced frames
Reinforced concrete
Steel
Timber
Portal frames
Loadbearing boxes
Reinforced concrete
Brick
Glass
Trusses
Arches and shells
Space grids
Floor structures
Cast in situ / cast-in-place concrete
Precast concrete
Steel and steel mesh
Timber
Glass
Stairs
Concrete
Steel
Timber
Glass
5. Environment
Energy and the building envelope
Double skin facades
Environmental studies for envelopes
Analysis for design
Solar radiation
Daylight
Embodied energy
Passive design
Natural ventilation
Solar shading and daylight controls
Solar power
Solar heating
Low energy material systems
Straw bales and hemp
Rammed earth, cob and adobe bricks
Green oak and bamboo
Green walls
Active design
Liquid based heating/cooling systems
Mechanical heating/cooling systems
Electrical lighting
Fuel and water supply
Support services
Sanitation and drainage
Fire control
Maintenance and cleaning
Lifts
6. Future
A future for building construction
Folded glazing
Metal solar shading: louvres and mesh
Triangular panels for twisted facades
Twisted panels with flat glass for twisted facades
Moving shading panels
Precast concrete panels for facades of complex geometry
Glazing systems with integral solar shading
Stick glazing for double facades
Shingled glazing for facades of complex geometry
Variable concrete panels for solar shading
Structural facades of complex geometry
Facade with integrated furniture
References
Glossary of terms
Authorship
Photo credits
Index











