Ali Nasiri

Dr. Ali Nasiri

5 articles
Canada Dalhousie University

Biography

Dr. Nasiri is an Associate Professor, a Canada Research Chair (CRC)-Tier 2, and the director of the Large-Scale Additive Manufacturing (L-SAM) Lab at Dalhousie University, Halifax, Canada. His research contributions lie in advancing state-of-the-art metal additive manufacturing (AM) processes toward large-scale parts production with tailored properties at drastically reduced production time and cost. Dr. Nasiri’s research is also recognized for contributions in microstructure-properties-performance relationships in additively manufactured advanced metallic materials, i.e., high strength corrosion resistant alloys and nanoparticles reinforced high-strength aluminum alloys, as well as post-printing process developments for AM fabricated parts to improve mechanical integrity and service life. In recognition of his contributions to the field of advanced hybrid manufacturing, he has been awarded several top-tier international awards in his field, including the American Welding Society (AWS) Robert L. Peaslee Memorial Award and the Glenn J. Gibson AWS Fellowship Award.

Publications by Year
Showing 5 of 5
Effect of Heat Treatment on Microstructure and Local Mechanical Properties of Wire-Arc Additively Manufactured Al–Fe Bronze
Ahmed Aliyu Dalhousie University
Paul Bishop Dalhousie University
Ali Nasiri Dalhousie University
Symposia
Light Metals: New Age Alloys, Processes and Solutions 5
The 65th Conference of Metallurgy and Materials (COM 2026)
A Holistic Study of Laser Powder Bed Fusion Processing of Monel 400
Melissa Trask Dalhousie University
Conner Spence Dalhousie University
Addison Rayner Dalhousie University
Ali Nasiri Dalhousie University
+1 more
Materials: Factory of the Future Symposia
Materials: Factory of the Future 4
The 65th Conference of Metallurgy and Materials (COM 2026)
KEYNOTE - Additive Manufacturing of CX Stainless Steel: a Comparison Between Small-Scale and Large-Scale Fabrication Methods
Ali Nasiri Dalhousie University
Mahya Ghaffari Dalhousie University
Alireza Vahedi Nemani Dalhousie University
Advances in Materials Manufacturing Symposia Video
Advances in Materials Manufacturing IV
61st Annual Conference of Metallurgists
Tribological Performance of 13–8Mo Maraging Stainless Steel Fabricated Via Wire Arc Additive Manufacturing in As-Printed and Heat-Treated Condition
Elham Afshari Dalhousie University
Mahya Ghaffari Dalhousie University
Alireza Vahedi Nemani Dalhousie University
Ali Nasiri Dalhousie University
Advances in Materials Manufacturing Symposia Video Paper
Advances in Materials Manufacturing IV
61st Annual Conference of Metallurgists
The Influence of Multi-pass Friction Stir Processing on the Microstructure and Mechanical Characteristics of a Laser-powder Bed Fused AlSi10Mg Alloy
Khashayar MorshedBehbahani Dalhousie University
Adrian Gerlich University of Waterloo
Ali Nasiri Dalhousie University
Materials: Advanced Manufacturing and Materials Symposia Video
Advanced Manufacturing and Materials 7
62nd Annual Conference of Metallurgists