Single Angle Weld Design (AISC and Blodgett)

Follow along for a quick video about calculating the capacity of a L-shape profile (single angle) in accordance with the AISC 360 Specification following the Blodgett weld design method.

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0:00 Introduction
0:36 Problem Statement
1:30 CalcBook
1:50 User Inputs
2:45 Demand on Weld
4:20 Capacity of Weld

More CalcBook Tutorial Videos:

Concrete:
Concrete Shear Wall: https://youtu.be/A2hu7uLE8kY
Concrete Spread Footing: https://youtu.be/rXOpLhd-1OE
Concrete Spread Footing (Eccentric): https://youtu.be/x6laxwXDSxg
Concrete Beam Design: https://youtu.be/IIwKqL-dTo4
Pole Foundation Design: https://youtu.be/C66Mmwi37cQ
Concrete Tee Beam Design: https://youtu.be/GfkHx1qHWYw
Concrete Detailing: https://youtu.be/YLR5fpW3LCM
Concrete Column: https://youtu.be/q43QuXW4rG4
Concrete Shear Wall (and Foundation): https://youtu.be/kqE9zRkmA5c

Concrete (Metric):
Concrete Shear Wall (Metric): https://youtu.be/Lj3GQtQ0Qjk
Concrete Spread Footing (Metric): https://youtu.be/x6laxwXDSxg
Concrete Beam (Metric): https://youtu.be/qx1EoSNuH14

Steel:
Column Base Plate Weld: https://youtu.be/ih09U421_JE
Lateral-Torsional Buckling: https://youtu.be/euEbFro70uI
Composite Beam Design: https://youtu.be/CuabgM0vLuI
Single Angle Flexural Design: https://youtu.be/Xe7nQpw-urg
Steel Brace Design (UFM): https://youtu.be/S6kWO1Y93w4
Point Load on Beam Flange: https://youtu.be/4Wvf-lqlTGg
Moment Connection Design: https://youtu.be/4fBKyLDHefw
Prying Action Design: https://youtu.be/BjJ6hTX5YZc
Web Panel-Zone Shear: https://youtu.be/bsDor1DTP3A
Single Plate Shear Tab: https://youtu.be/f_uazFdWYgg
Wide Flange Beam Design: https://youtu.be/ebnWazhRtBQ
Circular Fillet Weld: https://youtu.be/JmjjTO4Kz7g
C-Shape Weld: https://youtu.be/hDe3pxHgd7Y
Bolted Connection: https://youtu.be/93Un1_FQqGs
Beam Deflection: https://youtu.be/tptbX769Jx8
Shear Flow - WF: https://youtu.be/-23YtkJyIOU
Shear Flow - Tee: https://youtu.be/odX2LfQPgTw
Braced Frame Design - Part 1: https://youtu.be/tMPGB_64fEk
Braced Frame Design - Part 2: https://youtu.be/BbU3qUK2e9k

Steel (Metric):
Steel Wide Flange Design: https://youtu.be/2lXs7mPgjzY

Timber:
Timber Beam Design: https://youtu.be/MvvydDi0gy4
Timber Column Design: https://youtu.be/GA1Iw2kZAC0
Timber Floor Joist Design: https://youtu.be/kS8avvt90Os
Timber Glulam Beam Design: https://youtu.be/atAUxEULm88
Timber Bolted Connection: https://youtu.be/YovxQPN-3ps
Timber Lag Screw Connection: https://youtu.be/oYq7o0ark9E
Timber Wood Screw Connection: https://youtu.be/FYkc_R99Jn0
Timber Toe-Nail Connection: https://youtu.be/Z_pksLAc7aE
Timber LVL Header: https://youtu.be/nYinYVuA-Qg
Timber Lag Screw (End Grain): https://youtu.be/11fc-Sd4aYQ
Timber PSL Beam: https://youtu.be/9HYbxXIq0B0
Timber Glulam Beam (SP): https://youtu.be/jNxTv7N6xjc
Timber Beam-Column: https://youtu.be/lvDAhI1ykII

Other Videos: https://www.youtube.com/@calcbook

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