Advanced Manufacturing: Creep Behavior

Tuesday, February 25, 2025: 3:15 PM-4:55 PM

Indian Wells I (Grand Hyatt Indian Wells Resort)

Dr. John deBarbadillo, NiTech, llc (formerly Special Metals) and Dr. Alex Bridges, Electric Power Research Institute

3:15 PM

Wire Arc Additive Manufacturing of creep strength enhanced ferritic steels and Nickel alloys
Dr. Ronny Krein, voestalpine Böhler Welding Germany GmbH; Mr. Vadym Sushko, Otto-von-Guericke University Magdeburg

3:40 PM

Assessment of 316H Stainless Steel Produced by Directed Energy Deposition Additive Manufacturing for High Temperature Power Plant Applications
Dr. Benjamin Sutton, Electric Power Research Institute; Mr. Eun Jang, Electric Power Research Institute; Dr. Stephen Tate, Electric Power Research Institute; Dr. John Shingledecker, Ph.D., FASM, Electric Power Research Institute

4:05 PM

High-Throughput Creep Testing for Additively Manufactured 316H SS by Using Microstructurally-Graded Specimen
Mr. John Snitzer, Purdue University; Dr. Bingqiang Wei, University of Nebraska-Lincoln; Prof. Jian Wang, University of Nebraska-Lincoln; Prof. Xiaoyaun Lou, Purdue University

4:30 PM

Microstructural models for the creep strength and ductility of diffusion-bonded 316H steel
Dr. Sagar Bhatt, Argonne National Laboratory; Dr. Mark Messner, Argonne National Laboratory; Dr. Rui Wang, University of Michigan; Prof. Fei Gao, University of Michigan

See more of: Technical Program