Guides and Manuals are “how-to” documents, giving advice and instructions on specific building techniques and methods. Some, such as the Review of Residential Ventilation Technologies, cover multiple examples within a general topic area. Others, such as the Guide to Insulating Sheathing, are focused on a particular concept and its applications. Longer guides and manuals include background information to help facilitate a strong understanding of the building science behind the hands-on advice.
In addition to these longer standalone guides, this section also contains two quick, easy-to-read series. The IRC FAQ series answers common questions about the building science approach to specific building tasks (for example, insulating a basement). The READ THIS: Before... series offers guidelines and recommendations for everyday situations such as moving into a new home or deciding to renovate.
High performance precast concrete enclosure walls stand apart from most "rainscreen" walls in several key respects: how they control rain penetration, how they provide airtightness, and their sequence of construction. This guide reviews the requirements for high performance enclosures as they apply to precast concrete, with special emphasis on the control of rainwater penetration.
Attics should be air sealed prior to adding insulation. Adding insulation alone does not save much energy and can lead to health and durability problems. The intent of this guide is to provide information for the preparation work necessary prior to adding attic insulation.
2009 IRC High Performance Home Conditioned Attics FAQ Sheet
2006 IRC High Performance Housing Wall Bracing Requirements for Insulating Sheathing FAQ Sheet
2006 IRC High Performance Housing Insulating Sheathing Vapor Retarder Requirements FAQ Sheet
2006 IRC High Performance Housing Cladding Attachment Over Insulating Sheathing FAQ Sheet
2006 IRC High Performance Housing Basement Insulation FAQ Sheet
BSC’s Quality Assurance Roadmap outlines the approach to quality assurance in the construction process as recommended by Building Science Corporation for new residential construction. Seven process steps are described from the assessment of current construction practice, through design and documentation changes, to training and quality control for on-site personnel. This document is intended to be used in lieu of a formal QA process to support high performance construction in Building America Research Prototype houses.
This appendix contains Building Science Information Sheets that provide more information for specific inspection points on the BSC Building America Quality Control Checklist. Each Information Sheet is a one or two page document that can easily be printed for use on site or attached to a trade scope of work or contract.
The Building America Quality Control Checklist has been developed by Building Science Corporation as both a guide to assist in the transition to high performance home building, and as a simplified tool to be used as part of any builder's on-site quality control procedures. There are two parts to this document: the checklist and the resource appendix.
Explanation of the concepts of drainage, wetting and drying potential using graphics in relationship to window installations and building envelope penetrations. Also, a special review of in-field installation practices.
Residential housing design continues to move towards the development of high performance sustainable building systems. To be sustainable, a building must not only be efficient and durable but also economically viable. From this, new methods of enclosure design have been examined that provide high thermal performance and long-term durability but also take opportunities to reduce material use (including waste), simplify or integrate systems and details, and potentially reduce overall initial costs of construction.
How you live in your home and how you clean and maintain your home affect the quality of air in your home. Keeping your home clean and dry makes it comfortable and healthy for you and unfriendly and unwelcoming to pests.
A design process is laid out for sizing cooling and heating system capacity; for specifying the airflow and duct sizes to each conditioned space; and for specifying the free area needed to transfer air supplied to closed rooms back to the central return. The software program RHVAC (from EliteSoft) and additional calculations are used to establish this process. An actual builder's plan is used as an example of the design process.
This pamphlet is designed for members of the residential construction and remodeling industries, as well as owners and managers who work in affordable housing. It presents building guidance for both new construction and rehabilitation, as well as practices that can be used by property maintenance personnel.
This document reviews ventilation strategies for different climate zones and includes schematic drawings and photographs of various ventilation installations.
This pamphlet is designed for members of the residential construction and remodeling industries, as well as owners and managers who work in affordable housing. It presents building guidance for both new construction and rehabilitation, as well as practices that can be used by property maintenance personnel.
After a high performance home has been designed, constructed, and commissioned, what ensures that the home is actually operated at peak performance? It takes just 24 easy-reading pages for the homeowner to learn just how simple it is to achieve the full benefits of these particular energy-efficient, comfortable, healthy, and durable homes.
This paper reviews current and potential ventilation technologies for residential buildings with particular emphasis on North American climates and construction.
To review the performance of residential assemblies in the central Florida (Orlando) area during the three hurricanes in August and September 2004. The specific focus of the review is on the water management details associated with stucco claddings. Two types of stucco claddings were reviewed: "traditional three coat hard coat stucco" and "cementitious decorative finishes." Both are renderings applied to substrates and the fundamental physics apply to both equally.
