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We illustrate the principle with two 24 - foot square houses . Figure 6-5b is ... In
Chapter 19 , we also show a 20 X 24 - foot " salt - box ” variation on the 800 -
square - foot house , adding 160 square feet to the original plan . ( The structural
...
We illustrate the principle with two 24 - foot square houses . Figure 6-5b is ... In
Chapter 19 , we also show a 20 X 24 - foot " salt - box ” variation on the 800 -
square - foot house , adding 160 square feet to the original plan . ( The structural
...
˹éÒ 167
For a 1,000 - square - foot house , the total volume is 1,000 X 8 = 8,000 cubic feet
. Thus , for the New England area , a three - minute air change requires
movement of 8000 ft = 2,700 c.f.m. ( cubic feet per minute ) through the house . 3
minutes ...
For a 1,000 - square - foot house , the total volume is 1,000 X 8 = 8,000 cubic feet
. Thus , for the New England area , a three - minute air change requires
movement of 8000 ft = 2,700 c.f.m. ( cubic feet per minute ) through the house . 3
minutes ...
˹éÒ 268
Some windows could extend more than 3 % feet below the starting points
outlined above . Figure 16-4 shows two different arrangements for solar windows
on a 20 - foot - long south wall . In Figure 16-4a you will see 60 square feet of
windows ...
Some windows could extend more than 3 % feet below the starting points
outlined above . Figure 16-4 shows two different arrangements for solar windows
on a 20 - foot - long south wall . In Figure 16-4a you will see 60 square feet of
windows ...
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Review: Low-Cost, Energy-Efficient Shelter for the Owner and Builder
º·ÇÔ¨Òóì¨Ò¡¼Ùéãªé - Myles Blackwood - Goodreadsold school book on ways to save energy, and live a life that uses less energy. it's a bit dated, so... i can think of a few things off the top of my head that should probably be updated.... however, for a $2 used book, it was worth it. ÍèÒ¹¤ÇÒÁ¤Ô´àË繩ºÑºàµçÁ
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Housing Options TodayJerome Kerner8 | 8 |
Financing Your Shelter NeedsChris Ahrens14 | 14 |
Some Problems To OvercomeCodes Appeals Public Acceptance | 31 |
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added addition allow applied basic beam blocks building ceiling Chapter codes cold collector complete concrete consider construction contractor cooling cost cover curtain doors effect efficient electric energy example existing expensive exterior feet FIGURE finish floor flow foot foundation frame glass greenhouse heat heater hot water important inches inside install insulation interior keep less light living loan look lower lumber materials natural operating overhang panels percent plans plastic possible problems protection resistance roof shade side slope soil solar space square standard storage structure studs summer sure surface tank temperature trees unit usually ventilation vents wall wind winter wood
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| ª×èÍ˹ѧÊ×Í | Low-cost, Energy-efficient Shelter for the Owner and Builder |
| ºÃóҸԡÒà | Eugene Eccli |
| ÀÒ¾»ÃСͺâ´Â | Erick Ingraham |
| ©ºÑº | ©ºÑº·ÕèÁÕÀÒ¾»ÃСͺ |
| ¼Ùé¨Ñ´¾ÔÁ¾ì | Rodale Press, 1976 |
| µé¹©ºÑºÁÒ¨Ò¡ | University of Michigan |
| á»Å§à»ç¹¢éÍÁÙÅ´Ô¨Ô·ÑÅ | 5 ¸.¤. 2007 |
| ISBN | 0878571167, 9780878571161 |
| ¤ÇÒÁÂÒÇ | 408 ˹éÒ |
| Êè§ÍÍ¡¡ÒÃÍéÒ§ÍÔ§ | BiBTeX EndNote RefMan |