Analysis of
Welded
Connection
Eccentric Welded Connection Calculator
Analyze steel connections for Shear & Torsion or Shear & Bending. Find max stress and required weld size, fast.
A Smarter Way to Analyze Eccentric Welds
Welded connections under eccentric loading require analysis of combined stresses—either Shear & Torsion or Shear & Bending—making manual calculations complex and time-consuming.
Our tool handles both scenarios: for Shear & Torsion, it calculates the weld group's centroid, polar moment of inertia (J), and maximum resultant force (R). For Shear & Bending, it computes bending stress (fb), shearing stress (fv), and resultant stress—all instantly.
Why Use This Tool?
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Show Your Work: See all intermediate values (X̄, Ȳ, J, T, R) for verification.
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Built-in Values: Includes standard electrode strengths (E60, E70).
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Get Results: Final shear stress (fv) or exact weld thickness (t).
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Combined Loading: Handles Shear & Torsion and Shear & Bending scenarios.
Academic Project
Developed by
Riezen Besenio
Bicol University
College of Engineering
Class of 2025
Built With
Dual Analysis Capabilities
Complete weld analysis for both Shear & Torsion (eccentric loads) and Shear & Bending (moment connections)
Dual Calculation Modes
Choose between Shear & Torsion (with centroid and J calculations) or Shear & Bending (with fb and fv stresses).
Critical Stress Analysis
Determines maximum resultant force/stress (R) at critical points for both eccentric and moment loading scenarios.
Step-by-Step Results
Shows all intermediate values and formulas—whether it's X̄, Ȳ, J, T for torsion or fb, fv for bending—for complete verification.