Walls & Ceilings Architect/October 2007 - (Page 24) W ith today’s rapidly rising energy Careful planning can lead to more energy-efficient, envicosts, building and design proronmentally friendly buildings By Stan Gatland fessionals are well aware of the need for more sustainable, energy-efficient methods involves providing substantial thermal control structures. Customers are beginning to throughout a building, or insulating it from the loss of become more budget-conscious and heed the call to make valuable heated or cooled air, which accounts for a siztheir buildings more environmentally friendly. able chunk of the average utility bill. “The sustainable building movement is growing expoBy taking the following guidelines into consideration, nentially because, with today’s high energy prices, everybuilding professionals can gain a higher understanding one is realizing that there are fi nancial incentives to do of thermal control and be able to construct energy effithe right thing,” says Lucas Hamilton, manager of Buildcient buildings that will benefit the customer as well as ing Science Applications for CertainTeed Corp. “Sustainthe environment. able building methods are designed, among other things, to reduce our overall energy consumption, which is a very important issue as we plan for the future.” ELEMENTS INFLUENCING BUILDING DESIGN The study of building science has Building design is influenced by three increasingly become a vital influence main elements: the building envelope, on builders and designers, and more are mechanical systems and building occutaking a systems approach to design. In pants. The building envelope refers to building science, a building is ideally the union of structural components in defi ned as a series of interrelated sysa building, including the exterior walls, tems designed to provide comfort and the foundation, windows, doors and safety to occupants with a high degree roof. Next in line, the mechanical equipof energy efficiency. Building science ment element encompasses all mechanitakes into consideration the forces and cal objects within a building, such as stress placed on a structure by the occuHVAC systems, lights, computers, printpants and environment and counteracts ers, plumbing and security systems. them with design methods that produce more sustainable results. This infrared image of a commercial building comIn the quest toward high energy effiplex shows the transfer of heat from one object to another due to electromagnetic waves. ciency, one of the most important design 24 | Walls & Ceilings Architect | October 2007
Table of Contents Feed for the Digital Edition of Walls & Ceilings Architect/October 2007 Contents Trade News Silver Certified Airtight The Men of Steel Thinking Thermal Firestop 101 ICFs Create a Tight Envelope The Finish Line The Green Thumb Cracking the Code Walls & Ceilings Architect/October 2007 Walls & Ceilings Architect/October 2007 - (Page 1) Walls & Ceilings Architect/October 2007 - Contents (Page 2) Walls & Ceilings Architect/October 2007 - Contents (Page 3) Walls & Ceilings Architect/October 2007 - Contents (Page 4) Walls & Ceilings Architect/October 2007 - Contents (Page 5) Walls & Ceilings Architect/October 2007 - Trade News (Page 6) Walls & Ceilings Architect/October 2007 - Trade News (Page 7) Walls & Ceilings Architect/October 2007 - Silver Certified (Page 8) Walls & Ceilings Architect/October 2007 - Silver Certified (Page 9) Walls & Ceilings Architect/October 2007 - Silver Certified (Page 10) Walls & Ceilings Architect/October 2007 - Silver Certified (Page 11) Walls & Ceilings Architect/October 2007 - Airtight (Page 12) Walls & Ceilings Architect/October 2007 - Airtight (Page 13) Walls & Ceilings Architect/October 2007 - Airtight (Page 14) Walls & Ceilings Architect/October 2007 - Airtight (Page 15) Walls & Ceilings Architect/October 2007 - Airtight (Page 16) Walls & Ceilings Architect/October 2007 - Airtight (Page 17) Walls & Ceilings Architect/October 2007 - The Men of Steel (Page 18) Walls & Ceilings Architect/October 2007 - The Men of Steel (Page 19) Walls & Ceilings Architect/October 2007 - The Men of Steel (Page 20) Walls & Ceilings Architect/October 2007 - The Men of Steel (Page 21) Walls & Ceilings Architect/October 2007 - The Men of Steel (Page 22) Walls & Ceilings Architect/October 2007 - The Men of Steel (Page 23) Walls & Ceilings Architect/October 2007 - Thinking Thermal (Page 24) Walls & Ceilings Architect/October 2007 - Thinking Thermal (Page 25) Walls & Ceilings Architect/October 2007 - Thinking Thermal (Page 26) Walls & Ceilings Architect/October 2007 - Thinking Thermal (Page 27) Walls & Ceilings Architect/October 2007 - Thinking Thermal (Page 28) Walls & Ceilings Architect/October 2007 - Thinking Thermal (Page 29) Walls & Ceilings Architect/October 2007 - Firestop 101 (Page 30) Walls & Ceilings Architect/October 2007 - Firestop 101 (Page 31) Walls & Ceilings Architect/October 2007 - Firestop 101 (Page 32) Walls & Ceilings Architect/October 2007 - ICFs Create a Tight Envelope (Page 33) Walls & Ceilings Architect/October 2007 - ICFs Create a Tight Envelope (Page 34) Walls & Ceilings Architect/October 2007 - ICFs Create a Tight Envelope (Page 35) Walls & Ceilings Architect/October 2007 - The Finish Line (Page 36) Walls & Ceilings Architect/October 2007 - The Finish Line (Page 37) Walls & Ceilings Architect/October 2007 - The Green Thumb (Page 38) Walls & Ceilings Architect/October 2007 - The Green Thumb (Page 39) Walls & Ceilings Architect/October 2007 - The Green Thumb (Page 40) Walls & Ceilings Architect/October 2007 - The Green Thumb (Page 41) Walls & Ceilings Architect/October 2007 - Cracking the Code (Page 42) Walls & Ceilings Architect/October 2007 - Cracking the Code (Page 43) Walls & Ceilings Architect/October 2007 - Cracking the Code (Page 44)
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