Author Description
Learn the principles and methods for designing and measuring the performance of moisture control in buildings. This expert guide covers the physical nature of rain, snow, ice, and vapor behavior...variations in climate...and their effects on the durability of building materials. Packed with the author's own drawings, the reference gives you the latest design, specification, construction and testing methods...explains heat flow and insulation, water penetration, and vapor condensation...discusses roofing, waterproofing, and cladding systems...and examines joint sealants and coatings.
Menrva's Summary
THE THESIS
This manual investigates the fundamental principles and technical methodologies required to design, measure, and maintain effective moisture and thermal control systems in building envelopes. Christine Beall, an expert in building materials and construction, synthesizes physical data regarding environmental stressors—such as precipitation, temperature fluctuations, and vapor pressure—to provide a comprehensive framework for durable building design. The text serves as a technical bridge between theoretical building science and practical construction application.
THE SCOPE MAP
What You Will Find
- Analysis of heat flow, insulation performance, and vapor condensation mechanics.
- Technical guidance on roofing, waterproofing, and cladding system selection.
- Detailed examination of joint sealants, protective coatings, and material durability.
- Original technical drawings illustrating assembly and installation methods.
Scope Limits
- Does not cover interior HVAC system design or mechanical ventilation strategies.
- Focuses primarily on building envelope performance rather than structural engineering or seismic design.
THE AUTHORITY PERSPECTIVE
Professionals in the architecture and construction fields frequently cite this manual as a reliable technical reference for envelope detailing. Experts highlight the clarity of the author's illustrations and the practical applicability of the design specifications provided.
Page Count:
380
Publication Date:
1998-06-01
Publisher:
McGraw-Hill
ISBN-10:
0070051550
ISBN-13:
9780070051553
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