Tag: structural tees
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Centroid vs. Geometric Center in Structural Steel Shapes: Choosing the Correct Reference
Learn why a steel shape’s centroid may not match its overall geometric center and how that difference affects axes, dimensions, modeling, and detailing.
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Steel Shape Designations vs. Tabulated Dimensions: What the Shape Name Does Not Tell You
Learn how W-shape, channel, angle, tee, HP, and HSS designations differ from tabulated dimensions, and which values should control CAD and detailing.
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Warping Constant Cw in Steel Shape Tables: What It Means and When It Matters
Understand the warping constant Cw in structural steel tables, how it differs from torsional constant J, and why units, shape geometry, and restraint matter.
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Shear Center vs. Centroid in Structural Steel Sections: Why Load Location Can Cause Twist
Learn how the shear center differs from the centroid in W-shapes, channels, angles, tees, and HSS, and why the distinction matters for loading, torsion, CAD modeling, and steel detailing.
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Split Structural Tees: Parent Shapes, Cut Lines, and Detailing Coordination
Learn how split structural tees relate to parent I-shapes, cutting methods, stem geometry, section properties, availability, and CAD detailing.
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Elastic Section Modulus for Unsymmetric Steel Shapes: Why Each Side Can Have a Different S
Learn why channels, tees, and angles can have different elastic section moduli on opposite sides of an axis and how to verify them in shape tables and CAD.
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Block Shear Paths in Steel Connections: A Practical Guide to Plates, Angles, Tees, and Gussets
Learn how to identify block shear paths around bolt groups in steel plates, angles, tees, and gussets, including tension planes, shear planes, and CAD checks.
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Centroid Coordinates in Steel Shape Tables: x̄, ȳ, Reference Axes, and CAD Placement
Learn how to interpret x-bar and y-bar centroid coordinates for W shapes, channels, angles, tees, and HSS, including reference origins and CAD checks.
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Structural Tee (WT) Shapes: Designations, Orientation, and Detailing Geometry
Learn how structural tee WT shapes are designated, oriented, detailed, and modeled, including centroid location, cut edges, fillets, and connection geometry.
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Shear Center vs. Centroid in Structural Steel Shapes
Learn how the shear center differs from the centroid in W-shapes, channels, tees, angles, and HSS, with practical detailing and CAD guidance.
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