Laserfiche WebLink
F.. - , r• <br /> Wi <br /> .9 l .I E ^ Y i <br /> 1 IT <br /> I , pb <br /> { `1 1 E ' ` C <br /> h:' N "{I �x ,c p <br /> k i <br /> (5 <br /> Il t1,;, i' r ri A ^ <br /> a r <br /> .,� xA n� .19E �J�_si, u.,.y,i _ vim . .� LL',r e� <br /> I m <br /> Figure 4 Centrally located studs for a 27%framing factor Figure5 Equally distributed studs with 16 in. (40 cm)o.c. <br /> at 8 x 8 ft(2.44 x 2.44 m)wall. for a 27%framing factor. <br /> r-.. ei _, g ) <br /> 6` d Yd 1 + <br /> r^ ,o ° 4 ., <br /> Pi <br /> i n h .�/ . ? N f 0. P1� <br /> L <br /> Li 96.0 i M r 5 r <br /> g <br /> 4!' '�o <br /> 81 a ) fie <br /> -16 6--- I r Ii <br /> 96 - - tom., _ <br /> Figure 6 Stud distribution with a 27% amin ��-a.6 <br /> g ojr gjactor at th _____ybp <br /> 8 x 8ft(2.44 x 2.44 m)wall. <br /> Figure 7 Schematic of distributed studs with 2 in. (5.1 cm) <br /> gaps and a 27%framing factor at the 8 x 8 ft <br /> 1. 27%framing factor. (2.44 x 2.44 m)wall. <br /> 2. Walls are 8-ft.by 8-ft.(2.44-m by 2.44-m) <br /> 3. Interior wall finish is 5/8-in.(1.6-cm)gypsum. RESULTS OF COMPUTER MODELING AND <br /> 4. Exterior wall sheathing is 7/16-in.(1.11-cm)OSB board. DISCUSSION <br /> 5. Wood siding is applied on the exterior side. <br /> 6. R-11 fiberglass batts are used for cavity insulation. A series of finite difference simulations were performed <br /> 7. In case of wood frame configurations, nominal 2x4-in on the wall configurations pictured in Figures 4 through 8. <br /> tipe <br /> (5.Ix10.2-cm).-16-in.(40-cm)stud spacing is used. Clear-wall R-values for individual wall configurations were <br /> 8. In case of steel-framed configuration, conventional 3.5- computed.It was observed from this analysis that eventhough <br /> in.(8.9-cm)C-shape steel studs are used with 16-in.(40- the percentage of framing was the same in all walls(framing <br /> cm)spacing. factor 27%), calculated R-values varied. For all of these <br /> 6 Buildings X <br />