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Plans /yo3o • • STRUCTURAL CALCULATIONS TOSCO BP TO "76" FASCIA CONVERSION 80 MPH WIND_ EXPOSURE C FOR TOSCO Peyton- Tomita & Associates 954 Town & Country Road Orange, CA 92868 tel:(714)245 -4930 fax:(714)245 -4933 - - Q �,pFESSJU� � E. PEY Q� 0 y T'�' co��GINt-E` Dyv cittiktt:: No. 3288 +' - - 1-01 OAE � s 9a1 �)' 1)� �� gR cN 2 1 . 9 TF OF CAS -�F� 9v1D E PE - igsile0° r ®O) Project: Eil 1=AS(.f A 4' Peyton- Tomita & Associate s Client: To S ca Structural Engineers , q,_ 1 g ( Job No. Date: 2.3 En g: f!o Fi C-1 A ( .c .- h, L —x P. G> � - � I L_!.._" ¶ & PASO 1 A L A3k GDN S x Z4 r S2 v s . N kx) Ff 1 . I A liS1 : 23 } . c. . • r , \N v■ 0.S' \/ = 41 e r41(4.)(4) ILo AC.ri _ (1,1451, >(3.c 'x4') ZD.4 f I%9FF (7.,st 1.01b,t3 a I GA 6-1 •4 >(D.'i? )(4') c '3. 44 1.-2 2 IL (I. ( )(4') = "TOP l;�asw (11S6 �c} , )e4 = 1q� $ &Acre r:1Aal -i 11Q / - PQA■ E ofc /5 z-�S� g- L3 �c3r. l g �yA rZrc1 G..1e..�'S, 2 �� "�,G, 0.1' 1.126 1,12e • F-- • +1244. 4 128 m t -iz; 1- 1'L4 - L'. - I IoZ a;. ib7 1- 177 + 41)U - i101 - IS5 $ ZaA uz.. KQ/( st 12 /0.54.12 S s < zoo 0. P o. 195"" � skT. Z P2uPL -r T , e- MLrri8ke (1 CL') LTIOrJ @ FRAr%'1 34.-A0 0 s V ' 210vi3 o7tb < e3 s2o2T 3 I4s TN 2U ILti7U ZO (..2A ( �= .CS > t = ,a PUS us - 11.E 1 < 2L:0 (2 cza 4.2 L --B AR. = 115 4 (zL 52cZ ' / off 954 Town & Country Road Orange, CA 92868 Tel: (714) 245 -4930 Fax: (714) 245 -4933 PEYTON- TOMITA & ASSOCIATES 07/23/99 EQUAL ANGLES (SINGLY- SYMMETRIC) WITH AND WITHOUT LIPS INPUTS:. A'= 3 in. C'= 0 in. ALPHA= 0 R= 0.09375 in. t= 0.048 in. r= 0.11775 in. 1.BASIC PARAMETERS a= 2.85825 BARa= 2.976 c= 0 BARc= 0 u= 0.184868 2.CROSS- SECTIONAL AREA A= 0.283 SQ.IN. 3.MOMENT OF INERTIA Ix (PRINCIPAL AXIS) Ix= 0.502 INN rx= 1.331 IN. 4.DISTANCE BETWEEN CENTROID AND CENTERLINE OF CORNER BARx= 1.011 IN. 5.MOMENT OF INERTIA ly (PRINCIPAL AXIS) Iy= 0.1026 IN.A4 ry= 0.602 IN. 6.DISTANCE BETWEEN SHEAR CENTER AND CENTER LINE OF CORNER m= 0.000 IN. 7.ST. VENANT TORSION CONSTANT J= 0.000218 IN. ^4 8.WARPING CONSTANT Cw= 0 IN.A6 • 9.DISTANCE FROM SHEAR CENTER TO CENTROID xo= -1.011 IN. 10.PARAMETER USED TO DETERMINE ELASTIC CRITICAL MOMENT j= 2.09 IN. 954 TOWN & COUNTRY ROAD, ORANGE, CA 92668 (714)245 -4930 2. • PEYTON- TOMITA & ASSOCIATES 07/23/99 AXIAL LOAD CAPACITY L 3 X 3 X 18 GA. K= 1 L= 3.89 FT KUrx= ' 35.06 <200 OK KUry= 77.55 <200 OK KtLt= 46.68 ro= 1.777 SIGMAex= 232.80 SIGMAey= 47.59 SIGMA t= 2.75 BETA= 0.676 Fy= 33 KSI Fe= 2.74 KSI Fn= 2.74 KSI ELEMENT W W/t LAMDA ROE B SIDE 2.717 56.594 0.882 0.851 2.311 REDUCED SIDE 2.717 56.594 0.882 0.851 2.311 REDUCED LIP 0.000 0.000 0.000 ERR 0.000 FULLY EFFECTIVE LIP 0.000 0.000 0.000 ERR 0.000 FULLY EFFECTIVE Ae= 0.244 SQ.IN. Pn= 0.67 K Pa= 0.349 K ECCENTRIC LOAD APPLICATION: DISTANCE FROM BACK OF ANGLE TO CL HOLE= 0 IN. ex2= 0.000 IN. ECCENTRICITY TO THE X2 AXIS ey2= 1.011 IN. ECCENTRICITY TO THE Y2 AXIS P= 0.195 K Mx2= 0.000 "K Pcrx2= 65.944 K My2= 0.197 "K Pcry2= 13.480 K Cx2= 2.12 IN. ALPHAX= 0.994 Cy2= 1.08 IN. ALPHAY= 0.972 Max2= 4.677 "K May2= 1.884 "K P /PaCmxMx/Max *ALPHAX CmyMy /May *ALPHAY SUM 0.56 0.00 0.11 0.67 <1.0 OK 954 TOWN & COUNTRY ROAD, ORANGE, CA 92668 (714)245 -4930 3 -S •