Available for $60. This software provides an alternative means of estimating heating and cooling system capacities for single-family concrete homes. The software calculates the system capacities based on the house dimensions, construction materials, location (U.S. and Canada) and thermostat set point.

Available for $5. Link goes to bookstore page, search by product code. This report, produced by the Federal Highway Administration (FHWA), presents the latest information on the design, construction, and performance of portland cement concrete (PCC) overlays. Bonded, unbonded, whitetopping, and ultra-thin whitetopping overlays are covered in this synthesis of the current state of the technology. This comprehensive book is a must-have for those interested in concrete pavement overlay design and construction.

Available for $19. This publication is designed to help homeowners and building designers understand their choices. It includes information on how radiant floors work, how to include radiant floor in your design, hydronic (hot water) and/or electric, product directory, gallery of radiant systems, resource guide, selecting floor coverings for radiant floors: wood, decorative concrete, tile, stone, marble, carpet, laminate flooring, resilient flooring.

Available for $20. This 49-page report provides the thermal performance of eleven different structural wall systems: concrete masonry, insulated cast-in-place, insulated concrete forms, and AAC as well as wood and steel frame. The results illustrate the benefits of thermal mass, depending on climatic conditions for most of North America.

Available for $115 for members and $145 for non-members. A comprehensive manual dealing with all aspects of tilt-up construction. Includes information about practices and compliance with ACI 318-03 and IBC 2003, comprehensive insulation systems discussion, revised and expanded section on details and connections, expanded information on unique project applications, and updated easy-to-use supplier and product section.

Available for free. A typical 2,450 square-foot single-family house with a current design was modeled for energy consumption in twenty-five locations across the United States and Canada. Locations were selected to represent a range of climates. Energy simulation software utilizing the DOE 2.1E calculation engine was used to perform the modeling.

Available for free. The Buildings Program Area within the PIER Program produced this document as part of a multiproject programmatic contract. The Buildings Program includes new and existing buildings in both the residential and the non-residential sectors. The program seeks to decrease building energy use through research that will develop or improve energy efficient technologies, strategies, tools, and building performance evaluation methods.

This project provides in-depth information on energy savings in mid-rise buildings due to additional thermal mass and for exceeding building envelope thermal performance requirements.

Everything about the Earth Rangers Centre has been planned to make it a model of sustainable development. The $23 million building houses a wildlife hospital capable of handling 5,000 animals a year, a theatre and interactive displays for visitors and student tours, and a world class veterinary training and research hospital. To show you how the Centre was built, video footage was captured at regular intervals during its construction, transferred to QuickTime files and available for download.

Free for download. A typical 228-square-meter (2,450-square-foot) house with a contemporary design was modeled for energy consumption in five locations. Locations were selected to represent a range of climates across the United States. Energy simulation software utilizing the DOE 2.1E calculation engine was used to perform the modeling. In each location, three variations of the house were modeled. The first variation utilized conventional wood framed exterior walls constructed with typical materials. The second variation utilized insulating concrete form (ICF) walls. The third variation had non-mass exterior walls that met minimum energy code requirements. For all variations, all other assemblies such as the roof, floors, windows, and interior partitions were identical. In all locations, the house variations were insulated to meet the minimum levels required in the 1998 International Energy Conservation Code (IECC). Due to the inherent insulating properties of the ICFs, total energy use (including heating and cooling, cooking, laundry, and other occupant energy) for houses with ICF walls ranged from 8% to 19% below that of the houses with walls that met IECC requirements. Houses with wood frame walls constructed with standard materials also showed total energy saving over that of houses with walls that met IECC requirements. In all locations, houses with ICF walls had total energy requirements that ranged from 5% to 9% below those of houses with wood frame walls. Houses with ICF walls also showed additional savings resulting from a reduction in the required heating, ventilation, and cooling (HVAC) system capacity. Total system capacity for houses with ICF walls ranged from 16% to 30% less than that of houses with walls meeting IECC requirements and 14% to 21% less than that of houses with wood frame walls.

This two page .pdf summarizes the credits available to designers and building owners when using high performing insulating concrete forms in wall construction. Documents available for download to ICFA members.

An industry resource website.

A durable, long lasting, attractive polished concrete floor is a value-loaded option within the reach of almost any facility today.

An industry resource website.

Up-to-date information on integrated 'whole building' design techniques and technologies