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X-SOUND Engineering, Inc. C lfRUCTIONCALC ProBeam <br /> Assumptions: Compliant with 2003 IBC,1997 UBC,and 2001 National Design Spec for Wood.Top and bottom must be laterally supported at 4-ft max.intervals. Full-depth blocking req'd at supports and cantilever <br /> end.Bending in strong axis only. No wet, high moisture,or high temperature use. No wane in Glulam laminations. Dynamic loading not considered. <br /> Disclaimer:All users of this software shall comply with State Engineering Law,which specifies who may perform engineering,and defines the practice of engineering. <br /> Job Name: Langus Residencce <br /> 250 Load and Span Diagram(Not To Scale.Pitch,if any,not shown) <br /> Beam I.D.: Cantilevered Joist <br /> 200 <br /> Other info.: <br /> 150 <br /> —100 <br /> te <br /> Main Span,L= 21.00 ft a 50 <br /> Main Span Max.Allowed Live Deli:L/1 360 0.70 in o 0 <br /> Main Span Max.Allowed Total Def:L/1 240 ,,._,.... ,= 1.05 in -' <br /> -50 " 5 10 15 20 25 <br /> Cantilever(Overhang)Exists? (Yes 141 <br /> -100 <br /> Right Cantilever,CR= 2.00 ft I -150 <br /> Cantilever Max Allowed Live Defl:CR/I 360 =0'0n" -200 <br /> Cantilever Max Allowed Total Defl:Co ii 240 i=o.lo In <br /> Pitch if Sloped: -250 <br /> Span(ft) <br /> Getting started.Hover Load Duration 'Live,Cd=1.00 (T <br /> cursor here <br /> Add Self Wt.? ®Yes 0 No <br /> Loads Other Than Uniform Loads? 'Yes * <br /> Uniform Loads Over Full Length of Member Tributary Uniform Live Reduced Live Uniform Dead <br /> Live,psf Dead,psf Width,ft Load,plf Load,pif. Load,plf. <br /> Roof Loads(not including snow) 40 psf 10 psf I 1.33 ft 53.2 lb/ft 53.2 lb/ft 13.3 lb/ft - <br /> Roof Snow(only) 1.33 ft - - <br /> Floor 3 Loads - - - <br /> Floor 2 Loads - - - <br /> Floor Loads - - - <br /> Wall Dead Load - <br /> Other'psf load and trib.width - - - <br /> Additional'plf Unif.Live Loads.: _ Descrip'n,opts: <br /> Additional'plf Unif.Dead Loads.' Descrip'n,opfl: <br /> Load Subtotals 53.2 lb/ft 53.2 lb/ft 13.3 lb/ft <br /> Total Uniform Loads wL= 53.2 lb/ft coo= 13.3 Ib/ft <br /> Combined Total Uniform Load . wu= 66.5 lb/ft <br /> Uniform Loads On Cantilever Only <br /> Live Load,oaf Dead Load.oaf Tributary width,ft Live Load.plf Dead Load.plf Comb'd Load,plf <br /> Cant.Load A - - - <br /> Cant.Load B • <br /> ' Descriln,oprl; - <br /> Cant.Load C i Descrip'n,_opt - <br /> Concentrated(Point)Loads Trib.Length, <br /> Live Load.osf Dead Load.osf .Trib.Width.ft. ft Live.lbs Dead,lbs Location <br /> Point Load A - - XA= <br /> Point Load B - - Xe <br /> Point Load C i . Descrip'n,opt!: 692 lb 467 lb xc= 23.00 ft <br /> Point Load D Descrip'n,opts: XD= <br /> Point Load E Descrip'n,opt'L XE= <br /> Point Load F Descnp'n,opt!: xp= <br /> Point Load G Descrip'n,opfl: xo= <br /> Point Load H Descrip'n,opPl: xR= <br /> Note:Location Measured From Left Support <br /> Partial Uniform Loads On Main Span Only <br /> Live Load,psf Dead Load,psf Tributary width,ft Live Load,o f Dead Load.plf Comb'd Load.olf Start Point.ft. End Point.ft. <br /> Partial Load A - - - <br /> Partial Load B - - - <br /> Partial Load C - - - <br /> • <br /> Partial Load D oescrip'n,_oprl; <br /> Partial Load E __._.__ Descnp'n,_oprl; - <br /> Note:Start and End Points Measured From Left Support <br /> Wedge Loads On Main Span Only(Max at Left End,Zero at Right End) <br /> Live Load,psf Dead Load,psf Live Load.plf Dead Load.olf Comb'd Load.plf Total Wedge <br /> Tributary width,ft Load.Ib <br /> Wedge Load AI I I Q - - - - <br /> e, (Lumber) <br /> .. <br /> 4x And Smaller 'Timber <br /> 5x And Larger(Timbers) <br /> LumberMaterial I Douglas Fir-Larch 1T� Material 'Douglas Fir-Larch (: _ <br /> ConstructionCalc-Pro#C1 D21A.xls <br /> (LI <br /> e, <br />