Introduction to Design of Steel Structures Civil Engineering 61m 12s Click to view videos

Video Lecture Description Sub-Category Time Click to view video Back to Engineering Video Lecture Course Page Introduction to Design of Steel Structures Civil Engineering 61m 12s Click to view videos Mod 2 – Lec 1 – Connections Civil Engineering 62m 40s Click to view videos Mod 2 – Lec 2 – Riveted Connections Civil Engineering 59m 28s Click to view videos Mod 2 – Lec 3 – Design of Rivet Joint Civil Engineering 64m 55s Click to view videos Mod 2 – Lec 4 – Welding Civil Engineering 61m 16s Click to view videos Mod 2 – Lec 5 – Design of Fillet and Butt Welds Civil Engineering 59m 44s Click to view videos Mod 2 – Lec 6 – Bolted Connection Civil Engineering 60m 13s Click to view videos Mod 3 – Lec 1 – Eccentric Connections: Rivet Joints Civil Engineering 59m 02s Click to view videos Mod 3 – Lec 2 – Design of Eccentric Connection With Load Lying in Plane of Joint Civil Engineering 59m 41s Click to view videos Lec 3 – Eccentric Connection With Load Perpendicular to Plane of Riveted Joint Civil Engineering 56m 05s Click to view videos Mod 3 – Lec 4 – Analysis and Design of Join with Seat Connection Civil Engineering 58m 55s Click to view videos Mod 3 – Lec 5 – Eccentric Connection Civil Engineering 60m 02s Click to view videos Mod 3 – Lec 6 – Load Lying Perpendicular to the Plane of Weld Joint Civil Engineering 59m 53s Click to view videos Mod 4 – Lec 1 – Tension Member Civil Engineering 57m 37s Click to view videos Mod 4 – Lec 2 – Design of Tension Member Civil Engineering 62m 00s Click to view videos Design of Tension Member: Gusset Plates. Lug Angles and Tension Splices Civil Engineering 66m 30s Click to view videos Mod 4 – Lec 4 – Design of Tension Member: Subjected to Axial and Bending Civil Engineering 60m 09s Click to view videos Mod 5 – Lec 1 – Compression Member Civil Engineering 56m 16s Click to view videos Mod 5 – Lec 2 – Design of Compression Member Civil Engineering 61m 55s Click to view videos Mod 5 – Lec 3 – Design of Eccentrically Loaded tension Member Civil Engineering 58m 47s Click to view videos Mod 5 – Lec 4 – Built up Compression Member Civil Engineering 60m 19s Click to view videos Mod 5 – Lec 5 – Design of Built up Compression Member Civil Engineering 59m 57s Click to view videos Mod 5 – Lec 6 – Lacing for Built Up Compression Member Civil Engineering 60m 52s Click to view videos Mod 5 – Lec 7 – Design of Lacing System Civil Engineering 58m 02s Click to view videos Mod 5 – Lec 8 – Design of Batten Plates Civil Engineering 61m 22s Click to view videos Mod 6 – Lec 1 – Introduction to Flexural Members: Beams Civil Engineering 60m 14s Click to view videos Mod 6 – Lec 2 – Design Procedure of Beam Members Civil Engineering 61m 18s Click to view videos Mod 6 – Lec 3 – Design of Laterally Supported Beams Civil Engineering 60m 31s Click to view videos Mod 6 – Lec 4 – Design of Laterally Unsupported Beams Civil Engineering 60m 47s Click to view videos Mod 6 – Lec 5 – Built-Up Beams Civil Engineering 60m 43s Click to view videos Lec 6 – Built-Up Beams: Curtailment of the Flange Plates and Shear Connections Civil Engineering 60m 51s Click to view videos Mod 6 – Lec 7 – Design of a Built-Up Beams Civil Engineering 57m 23s Click to view videos Mod 6 – Lec 8 – Design of Shear Connections and Purlins Civil Engineering 60m 43s Click to view videos Mod 7 – Lec 1 – Gantry Girders Civil Engineering 60m 50s Click to view videos Mod 7 – Lec 2 – Design of Gantry Girders Civil Engineering 60m 52s Click to view videos Mod 7 – Lec 3 – Introduction to Plate Girders – Part 1 Civil Engineering 60m 39s Click to view videos Mod 7 – Lec 4 – Introduction to Plate Girders – Part 2 Civil Engineering 60m 33s Click to view videos Mod 7 – Lec 5 – Design of a Plate Girder Civil Engineering 60m 52s Click to view videos Mod 8 – Lec 1 – Column Base Part – 1 Civil Engineering 62m 19s Click to view videos