Essential Building Science: Understanding Energy and Moisture in High Performance House Design: Sustainable Building Essentials
Autor Jacob Deva Racusinen Limba Engleză Paperback – 14 noi 2016
The easy-to-understand "rocket science" you need to design and build durable, healthy, comfortable, high-performance houses
POOR HEAT AND MOISTURE MANAGEMENT are the enemies of durability, comfort, and high-performance housing. Good building design and construction start with a solid understanding of good building science.
In this essential book, Jacob Racusin distills the basic tools builders and homeowners need to make efficient homes that start out light on the planet and last a good long time.
- Tristan Roberts, Executive Editor, BuildingGreen.com
A masterful - and delightful - job of presenting the complexities of building physics in a way that anyone can understand and use to their benefit. If you want to build well, folks, read this!
- Bruce King, Structural Engineer and author, New Carbon Architecture
This is the book that builders, designers, and homeowners have been waiting for! In the coming years, understanding building science principles will be considered as important as drafting skills and driving nails.
- Chris Magwood, author, Making Better Buildings
Essential Building Science provides a highly visual, accessible introduction to the fundamentals of building science for residential construction. It arms designers, builders, and homeowners with the information and strategies necessary to think through decisions regarding materials, assemblies, and mechanical systems. Crucially, it provides a framework for asking better questions, which in time lead to better answers, and ultimately to better buildings.
Coverage includes:
- The key role of building science in high-quality, high-performance house design
- How to establish goals for health, safety and comfort, durability, and resource efficiency
- Fundamentals of building physics including understanding heat loss and gain,and heat and moisture movement within buildings
- Strategies for moisture and thermal control
- Examples from across North American climatic zones
- Consideration of buildings as whole systems
Containing over 100 illustrations and photographs, Essential Building Science presents the vital knowledge and critical thinking skills needed to design durable, comfortable, high-performance houses anywhere. Good science plus critical thinking equals high-performance buildings.
Jacob Deva Racusin is co-author of The Natural Building Companion , contributor to The Art of Natural Building , and Systems Director of New Frameworks Natural Design/Build. He is Program Director of the Certificate in Building Science and Net Zero Design at Yestermorrow Design/Build School, and a Building Performance Institute-certified Envelope Professional and Building Analyst.
Sustainable Building Essentials
New Society's Sustainable Building Essentials Series aims to provide the highest quality information on sustainable building methods and materials. Editors Chris Magwood and Jen Feigin have scoured the world of sustainable building to bring you the techniques and systems that deliver measureable benefits in terms of greater energy efficiency and reduced environmental impact. Written by the world's leading sustainable builders, designers, and engineers, these succinct, user-friendly handbooks are indispensable tools for any project.
An invaluable introduction, teaching tool, and resource for homeowners, educators, and builders. I hope there will be a dog-eared hard copy or an oft-accessed e-version of Essential Building Science on every residential building (or renovation) site in North America.
- Tim Krahn, P. Eng.
Essential for builders and architects, as well as for future homeowners to know what to look for and what to ask for in good design.
- Andrew M Shapiro, Energy Balance, Inc.
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Specificații
ISBN-10: 0865718342
Pagini: 160
Ilustrații: 30 B&W and color photographs, B&W illustrations
Dimensiuni: 216 x 279 x 13 mm
Greutate: 0.54 kg
Editura: New Society Publishers
Seria Sustainable Building Essentials
Notă biografică
Cuprins
Acknowledgments
Introduction
1 Part I: Rationale
Chapter 1: Establishing Goals
Part II: Fundamentals of Building Physics
Chapter 2: Thermal Dynamics: Understanding Heat Loss and Gain
Chapter 3: Moisture and Hygrothermal Dynamics
Part III: Developing Strategies
Chapter 4: Moisture Control
Chapter 5: Thermal Control
Chapter 6: Examples of Building Assemblies
Chapter 7: Buildings As Whole Systems
Endnotes
Resources
Index
About the Author
A Note About the Publisher