ABCDEFGHIJKLMNOPQRSTUVWXYZ
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COMPANY NAME
 Project:
SAMPLE CALCULATIONS
Engineer:
YPProject #WeldGroupVersion 2008.1
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AND ADDRESS
 Date:12/27/25Copyright © 2006Licensed to:
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WeldGroup
 Subject:
C-SHAPE WELD
 Checker:Page:www.yakpol.netfirst name and last
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Copyright © 2006
 Date:
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Last Modified:
juil.-08
See notes to table 8-3 (page 8-29)
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ECCENTRICALLY LOADED WELD GROUP ANALYSIS
Electrode Strength Coefficient, k
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Electrode#NAME?k
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Design method:
LRFDE60601
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Measurement Units:
USE70701
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Fillet weld size, w =
0,25#NAME?E80800,9
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Electrode nominal strength, FEXX =
70#NAME?E90900,9
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Adjusted for higher-strength electrode, f1FEXX =
70#NAME?E1001000,85
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Weld available shear strength per unit length
E1101100,85
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(LRFD) φRn = 0.75(0.6)kFexx0.707w =
5,568#NAME?
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Weld Group Geometry
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WeldNode 1Node 2
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No.#NAME?#NAME?#NAME?#NAME?
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15505
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2050-5
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30-55-5
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Weld Group Properties
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Total Length =
#NAME?#NAME?
Center of Gravity (C.G.)
Instantaneous Center (IC)
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MomentIx =#NAME?#NAME?XC =#NAME?#NAME?XIC =#NAME?#NAME?
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InertiaIy =#NAME?#NAME?YC =#NAME?#NAME?YIC =#NAME?#NAME?
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Concentrated In-Plane Loads
Out-of-Plane Loads
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LocationAngleValue
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#NAME?#NAME?b (deg)#NAME?Pz = 0#NAME?
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20-9075Mx = 0#NAME?
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-122538My = 0#NAME?
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In-Plane Force Resultants
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Total force Pu =
#NAME?#NAME?
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Px = S Pcos(bi) =
#NAME?#NAME?
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Py = S Psin(bi) =
#NAME?#NAME?
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b =#NAME?deg
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Moment about C.G. , MC =
#NAME?#NAME?
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Eccentricity e = MC/Pu =
#NAME?#NAME?
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In-plane Moment
Xp = Xc+ e*sin(b) =
#NAME?#NAME?
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Mz =0#NAME?
Yp = Yc-e*cos(b) =
#NAME?#NAME?Analysis
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Status
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Analysis Results
#NAME?
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1. Shear Capacity under in-Plane loads only
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Instantaneous Center of Rotation Method (IC)
φP =#NAME?#NAME?#NAME?#NAME?
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Elastic Method
φP =#NAME?#NAME?#NAME?#NAME?
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2. Demand/Capacity check under combined in-plane and out-of-plane loads (IC method only)
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Consider out of plane
Tensile and Compressive Stresses
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Critical Weld Element coordinatesIn-plane ShearNormal ForceTotal ShearCapacityD/C Ratio
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XYVxyVzVuφVnVu/φVn
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#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?
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Maximum In-Plane Shear
#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?
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Max/Min Normal Force
#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?
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Maximum Total Shear
#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?
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Maximum Vu/φVn Ratio
#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?#NAME?
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Comment:
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