Fox4
11 Must Haves for Energy Efficient Homes in Canada and the Northern U.S.
North America’s long-cold, sub-zero win­ters demand ener­gy-effi­cient homes that save Cana­di­an and Amer­i­can home­own­ers mon­ey while keep­ing their fam­i­lies warm and com­fort­able.
6 Trends for New Resident Hall Dormitory Design and Construction 1
6 Trends for New Resident Hall - Dormitory Design and Construction
Unit­ed States (U.S.) stu­dent hous­ing con­struc­tion projects are expe­ri­enc­ing rapid growth, with invest­ments in stu­dent hous­ing reach­ing $9.8 bil­lion in 2016 and $8 bil­lion in 2017.
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The New Basement: A Modern Housing Innovation
Base­ments are no longer a scary, damp, and musty area. Learn about the new base­ment and how it has become the mod­ern hous­ing inno­va­tion it is today.
Building Beyond Code with ICF
While it may seem that hav­ing to com­ply with con­stant­ly-evolv­ing build­ing codes is just part of doing busi­ness in a mod­ern soci­ety, that’s not real­ly true.
2016 MILTON RESIDENCE 6
MILTON RESIDENCE
The own­ers want­ed an afford­able cus­tom home that could with­stand Chesa­peake Bay weath­er.
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Warehouse Layout Design 101: Optimizing Efficiency, Safety, and Comfort
Design­ing a ware­house that runs smooth­ly takes care­ful plan­ning. A smart lay­out helps keep oper­a­tions effi­cient, stor­age orga­nized, and the work­space safe.
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REYES PARADE OF HOMES RESIDENCE
In order to max­i­mize the avail­able project foot­print and achieve the beau­ti­ful mediter­ranean-inspired look, the design required com­plex, tight-radius cor­ners and open­ings.
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Building Stability: How to Construct Strong and Stable Structures
Cre­at­ing durable struc­tures that endure time and nature is a cru­cial aspect of mod­ern con­struc­tion. Ensur­ing sta­bil­i­ty, strength, and stur­di­ness involves more than mate­r­i­al selec­tion — it requires a grasp of con­struc­tion sci­ence.
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.

Fox2
A Guide to Designing an Energy-Efficient Building in a Hot Climate