SEARCH RESULTS FOR “wood”

Rebuild­ing the Ken­wood Ele­men­tary Gym­na­si­um helped heal the com­mu­ni­ty.

Sev­en spe­cif­ic prob­lems with wood frame con­struc­tion include fire- and wind-resis­tance, dura­bil­i­ty, low ther­mal mass, shrink­age, and com­pro­mised acoustics and indoor air qual­i­ty (IAQ).

A key design ele­ment of this school was sus­tain­abil­i­ty.

Wood has been a sta­ple in con­struc­tion for cen­turies. From the hum­ble log cab­in to the tow­er­ing sky­scrap­ers of mod­ern metrop­o­lis­es, wood always seems to find its place in con­struc­tion.

Insu­lat­ed con­crete forms (ICF) cre­ate a more ener­gy-effi­cient, qui­et, and healthy build­ing than one built with wood-frame con­struc­tion. ICF build­ings are also more resis­tant to dis­as­ter, fire, insect, and mois­ture intru­sion than wood-frame struc­tures.

As tech­nol­o­gy has advanced, new con­struc­tion meth­ods have emerged. Under­stand­ing the tra­di­tion­al mason­ry vs. wood frame rival­ry sets the stage for why a bet­ter alter­na­tive exists.

No, the EPS has no struc­tur­al capac­i­ty to sup­port any loads. Wood sill plates must achieve the required bear­ing from the con­crete with­in the ICF. A wood plate that can­tilevers ¹⁄₃ over the EPS and bears ²⁄₃ on the con­crete is allow­able. This can be done with a min­i­mum 2 x 6 plate. If a 2 x 4 plate is required, a taper top form should be used to extend the con­crete under the plate.