Using ultrasound to find and evaluate flaws in engineering products and structures. This is useful in the following fields:
Nuclear power plants
Oil & gas piplines
Ships, trains, and automobiles
Process control in manufacturing
Two-dimensional sector-scan image of a flaw inside a girth weld linking two large sections of an oil pipeline. Blue lines designate path of ultrasound; the two coloured echoes represent ultrasonic pulses diffracted from the top and bottom extremities of the weld defect. This particular flaw is approximately 3 mm in depth emanating from the weld root (inner wall of pipeline).
Welcome to new PhD students Ehsan Jafarzadeh and Samaneh Hosseingholizadeh.
A CRD grant for $175,000 has been awarded by NSERC and Groupe Mequaltech Inc. for development of a magnetic flux leakage NDE system.
Congratulations to student Rishi Benegal for successful completion of his MASc program, in collaboration with industrial sponsor Groupe Mequatech Inc.
Congratulations to Hossein Amini for successful completion of his PhD program, in collaboration with industrial sponsor Advanced Measurement and Analysis Group Inc.
A collaborative projected launched with Fujifilm -Visualsonics to improve the imaging capabilities of high-frequency ultrasonic scanners.
The following students and postdoctoral fellows are first author on publications submitted or published in international refereed journals in 2015 & 2016:
Mohammad Marvasti – Materials Evaluation
Ali Madani – Microsystems Technologies
Rishi Benegal, Fatemeh Karimi – ASNT Res. in NDE
Hossein Amini – IEEE Trans. UFFC
Jonathan Lesage – ASCE J. Pipeline Sys. Engrg. and Prac.