The AISC Education Archives contains a collection of recorded webinars, conference proceedings and articles that can be accessed at any time.
Tip: Search by PDH CREDIT to find courses where continuing education credit can be earned.
1781 result(s) found
|Experimental and Computational Analysis of Direct Torsion in Cold-Formed Steel Lipped Channels||0||Mar 2014||K.D. Peterman; G. Bian and B.W. Schafer; Johns Hopkins University; Baltimore; MD||SSRC|
|An Alternative Approach for the Prediction of Hollow Structural Shapes Cross-Sectional Resistance: the Overall Interaction Concept||0||Mar 2014||J. Nseir; E. Saloumi; M. Hayeck and N. Boissonnade; Univeristy of Applied Sciences of Western Switzerland; Freiburg; Switzerland; A. Taras; Graz University of Technology; Austria||SSRC|
|Stiffness Reduction Method for the Design of Steel Columns and Beam-Columns||0||Mar 2014||M. Kucukler; L. Gardner and L. Macorini; Imperial College London; London; UK||SSRC|
|The Interaction of Stability and Fatigue Related Brace Forces in Cross Frame Members of Steel I Girder Bridge Systems||0||Mar 2014||A. Battistini; S. Donahue; W. Wang; T. Helwig and M. Engelhardt; The University of Texas; Austin; TX; K. Frank; Hirschfeld Industries; Austin; TX||SSRC|
|Application of Diaphragm Stiffness and Strength Equations to Bridge Metal Deck Forms||0||Mar 2014||O.O. Egilmez; Izmir University of Economics; Izmir; Turkey; T. Helwig; The University of Texas; Austin; TX||SSRC|
|Stability and Load-Carrying Capacity of Cold-Formed Steel Compression Members||0||Mar 2014||J.C. Batista Abreu and B.W. Schafer; Johns Hopkins University; Baltimore; MD||SSRC|
|Cold-Formed Steel Lipped Channel Beams Under Fire Conditions: Distortional Response; Failure and DSM Design||0||Mar 2014||A. Landesmann; Federal University of Rio de Janeiro; Brazil; D. Camotim; Technical Univeristy of Lisbon; Lisbon; Portugal||SSRC|
|Stability of Continuous Steel Column Members at Elevated Temperatures||0||Mar 2014||C. St. Aubin and A.H. Varma; Purdue University; West Lafayette; IN||SSRC|
|Optimization of Open Cold-Formed Steel Sections Based on Shape Grammar||0||Mar 2014||J.M.S. Franco; E.M. Batista and A. Landesmann; Federal University of Rio de Janeiro; Brazil||SSRC|
|Direct Strength Method for Web Crippling of Cold-Formed Steel C- and Z-Sections Subjected to Two-Flange Loading||0||Mar 2014||M.Y. Choy; X.F. Jia ; X. Yuan ; J. Zhou and H.S. Wang; Tsinghua University; Beijing; China; C. Yu; University of North Texas; Denton; TX||SSRC|