Practice-oriented Numerical Model for Seismic Response of Cold-formed Steel-framed Mid-rise Buildings
Engineering Structures, 319, 118833 — 2024 Best Paper Award, Editor's Featured Paper
Amanpreet Singh is a researcher in structural engineering, with expertise in earthquake engineering and cold-formed steel structures. His work focuses on advancing resilient and sustainable infrastructure through experimental investigation, numerical modeling, and innovative assessment methods. He is committed to developing knowledge and tools that strengthen communities against natural hazards.
Ph.D. Structural Engineering
University of California San Diego
M.Tech. Civil Engineering
Indian Institute of Technology Kanpur
B.Tech. Civil Engineering (w/ Distinction)
Indian Institute of Technology Kanpur
I apply experimental investigation and computational modeling methods to improve post-hazard performance. This involves:
I believe in cultivating growth-minded, student-centered classrooms that encourage engagement.
Engineering Structures, 319, 118833 — 2024 Best Paper Award, Editor's Featured Paper
18th World Conference on Earthquake Engineering, Milan, Italy.
Earthquake Engineering & Structural Dynamics, 53(3), 1195-1215
JHU and UCSD researchers validate the resilience of the tallest cold-formed steel building ever tested on a shake table.
Recent studies show how cold-formed steel systems deliver durability and seismic performance.
ASCE Civil Engineering Source highlighted new experiments demonstrating the durability of steel-sheathed cold-formed steel-framed wall systems.