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• <br /> sitts&h.11 Tacoma,Washington Designed: OMA Date: 11/1/2022 Project Number: 19.933 <br /> 253-474-9449 Checked: CJT Date: 11/4/2022 11 <br /> Project: Emerald Court Carports <br /> MEMBER CHECKS <br /> DECKING:V-LINE 32, 26 GA. <br /> V-LINE 32 SECTION PROPERTIES AND GENERAL INFORMATION <br /> 32"Coverage <br /> SECTION PROPERTIES ALLOWABLE UNIFORM LOADS PSF <br /> (3 or More Equal Spans) <br /> Width Yield Weight Top In Compression Bottom In Compression Inward Outward <br /> Ga. Load Load <br /> (In.) KSI PSF lee Sex lxx Sxx <br /> In'/ft left In'/ft 5' 6' 7' 8' 9' 10' 5' 7' 8' 19'410' <br /> • <br /> 26 32" 60 0.91 0.0619 0.0847 0.0619 0.0833 70 52 33 22 16 11 71 53 33 22 16 11 <br /> 24 32" 50 1.20 �0.0870 0.1217 0.0874 0.1209 102 70 70 4 44 29 21 15 103 70 44 29 21 15 <br /> 22 32" 50 1.57 0.1163 0.1623 0.1200 0.1683 147 92 58 39 27 20 143 92 58 39 27 20 <br /> I. Theoretical section properties have been calculated per AISI 2001'Specification for the Design of Cold-formed Steel Stnietural Members."lxx and Sex arc <br /> effective section properties for deflection and bending. <br /> 2. Allowable load is calculated in accordance web AISI 2001 specifications constdenng bending.shear.combined bending and shear.deflection.Allocable load <br /> considers the worst case of 3 and 4 canal span conditions Allocable load does not address web crippling or <br /> fasteners/support connection and panel weight is not considered. <br /> 3. Deflection consideration is limited be a maximum deflection ratio of L/l80 of span <br /> 4. Allowable loads do not include a I/3 stress increase in uplift. <br /> Decking Specifications: <br /> 4 <br /> /:=0.0619 in <br /> ft <br /> • 3 <br /> in <br /> Sneg:=0.0833 ft <br /> • 3 <br /> Spos:=0.0847 f <br /> t <br /> F _ 60ksi=35.9ksi <br /> allow` 1.67 <br /> /main:=10 ft length of main span <br /> cant=4 ft length of cantilevers <br /> b:=32 in width of one sheet of decking <br /> Loading per DESIGN LOADS <br /> D:= Wdeck=1.03 psf weight of decking per square Foot <br /> S:=25 psf snow load <br />