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Kenwood 1
KENWOOD ELEMENTARY GYMNASIUM
Rebuild­ing the Ken­wood Ele­men­tary Gym­na­si­um helped heal the com­mu­ni­ty.
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Copy of 14 Finished Exterior
SHOP BUILDING AND GARAGE
The project was built to cre­ate a sound and visu­al bar­ri­er between the neigh­bor­ing home after a sec­tion of trees on the side yard that joined the two prop­er­ties was cleared.
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16 ICF Modern Farmhouse Floor Plans and Design Ideas
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Building new home
Designing Homes for Aging in Place
For­tu­nate­ly, with the grow­ing pop­u­lar­i­ty of sus­tain­able and acces­si­ble design, it’s eas­i­er than ever to help clients cre­ate a space that will meet their chang­ing needs over the years. Con­sid­er these options for clients who want to plan for the future while ensur­ing style, com­fort and func­tion­al­i­ty for today.
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LAKE POWELL RESIDENCE
Lux­u­ri­ous Cus­tom Home with a Pri­vate Putting Green and Stun­ning Views. The Lake Pow­ell Res­i­dence is sur­round­ed by stun­ning bluffs. With its mod­ern res­i­den­tial design and open-con­cept floor plan, the large out­door decks and patios embrace the beau­ty of the sur­round­ing nature. The back­yard fea­tures a pri­vate putting green with three prac­tice holes and sand trap bunkers for golf prac­tice.
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Hooper Avenue Apartments IMG 7904
HOOPER AVENUE APARTMENTS
Mod­ern, Ener­gy-Effi­cient Apart­ments Over­come Alaskan Tem­per­a­tures. Hoop­er Avenue Apart­ments boast low ener­gy costs and com­fort­able liv­ing tem­per­a­tures with a seam­less con­struc­tion process.
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Contractors Can Use Traditional Building Measurements with ICF Studs when They Choose Fox Blocks
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6 Little Known Energy Wasters Affecting Your Low-Rise Construction
By iden­ti­fy­ing these ener­gy wasters, you can take the nec­es­sary steps to make the build­ing more effi­cient.
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How Much Does It Cost to Build a 30,000 Sq Ft Warehouse?
By choos­ing prac­ti­cal, sus­tain­able solu­tions, busi­ness­es can effec­tive­ly man­age the cost to build a 30,000 sq ft ware­house while boost­ing effi­cien­cy.
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How do I determine which size ICF to use?

ICFs pro­vide a rein­forced con­crete wall which is designed to spe­cif­ic engi­neer­ing prin­ci­ples. Typ­i­cal res­i­den­tial con­struc­tion, per the applic­a­bil­i­ty lim­its in the build­ing code, allows walls 10′ (3 m) high or less between lat­er­al sup­ports (floor and roof con­nec­tions). Below grade walls must have a min­i­mum 6″ (150 mm) con­crete core. In some regions, an 8″ (200 mm) con­crete core is the min­i­mum allowed thick­ness for below grade walls.

The 4″ (100 mm) form can­not be used below grade as a foun­da­tion wall. The 4″ (100 mm) form may be used for above grade walls up to a max­i­mum of 10′ (3.0 m).

The 6″ (150 mm) form, above grade, is lim­it­ed to approx­i­mate­ly 14′ (4.2 m) in height. Walls high­er than 14′ (4.2 m) must use an 8″ (200 mm) or larg­er form.

Typ­i­cal res­i­den­tial con­struc­tion will use 6″ or 8″ con­crete core size blocks. Project spe­cif­ic engi­neer­ing may allow for some core thick­ness to span ver­ti­cal­ly high­er than these pro­posed guide­lines.

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