Structural Steel Research Group
GIAN Course
Behavior and Design of Cold-Formed Steel Structures
Teaching Faculty
Prof. Mahendrakumar Madhavan
Ph.D., P.E., CEng., F. SEI., FICE., F.ASCE., FIStructE
Dean Alumni and Corporate Relations Professor, Department of Civil Engineering, Indian Institute of Technology Hyderabad
E-mail: mkm@ce.iith.ac.in
Associate Prof. Cao Hung Pham
Ph.D.
Director of Space, Health and Safety, Associate Professor in structural Engineering, School of Civil Engineering, The University of Sydney, Australia
E-mail: caohung.pham@sydney.edu.au
Eligibility
Students (B.Tech/M.Tech/PhD), Faculty
Key Persons in Industry, R&D labs, and government sector
Registration Fee
*18% GST will be charged on the above fee, except for students from IIT Hyderabad
Tentative Lecture Schedule
DAY 01
Introduction to Cold-Formed Steel Structures and Cold-Formed Steel Design Standard/Specification
DAY 02
Effective Width Method (EWM) & Design example using EWM.
DAY 03
Newly developed Direct Strength Method (DSM) of Design of Cold-Formed Structures.
DAY 04
Introduction and Demonstration of THIN-WALL-2 Program for Design of Cold-Formed Structures using the Direct Strength Method
DAY 05
Design Examples of Lipped Channel Column in Compression and Lipped Channel Beam in Bending and Shear using the Direct Strength Method.
DAY 06
Steel Connections in Cold-Formed Steel Structures & Design examples
DAY 07
New Developments in Cold-Formed Steel Design to the latest AS/NZS 4600:2018 and Design Examples
DAY 08
Direct Strength Stiffness Design (DSSM) Method for Cold-Formed Steel Wall Panels and Design Examples.
DAY 09
DSM for Cold-Formed Steel Built-up Beams and Columns and Design Examples.
DAY 10
Cold-Metal Transfer (CMT) Welding in the Design of Cold-Formed Steel Members and Design Examples.
Accommodation Details
For Industrial professionals and academicians
The Industrial professionals and academicians can stay at the International Guesthouse of IIT Hyderabad. The guesthouse offers a selection of rooms to suit various preferences. Advanced booking is mandatory.
For Students
Accommodation will be provided in student hostels on campus. Advanced booking is mandatory.
Course Takeaways
Participants will gain a deep understanding of:
1
CFS manufacturing and applications
2
Buckling behaviour and failure modes of thin-walled members
3
Design tools and software per AS/NZS 4600:2018
4
Latest developments in CFS research and design standards such as AISI S100