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You are welcome to attend High Entropy Alloy (HEAs) Canada Workshop 2023 at the University of Toronto in August 24-25, 2023! - lnkd.in/g4xegmeN The call for presentation abstracts is currently open until May 1st. Fill out the form below if you wish…lnkd.in/gCN2Uyif

The metal 3D printing team was interviewed on CityNews this Saturday lnkd.in/g_qGJqj4 lnkd.in/gqc4KjVe

I am going to give two talks in #mrs Spring meeting on April 12. Looking forward to the MRS meeting. lnkd.in/gkbZzk4n

Our new paper entitled "Electrodeposited High-Entropy Alloys with Nanocrystalline and Amorphous Structures" is on line now. lnkd.in/gmvTR3Pn

It was my great pleasure to invite Prof. Peter Lee from #ucl to give a talk on in-situ imaging for additive manufacturing and human organs. lnkd.in/e4Y2YZaM

2023 HEA Canada workshop - The deadline for the abstract submission has been extended to May 1st. Please fill out the form below if you or your colleague would like to participate and present in the workshop. lnkd.in/gXwDC7_b The registration (…lnkd.in/gAn59BkC

Great to be part of it. Congratulations to the team! lnkd.in/ggsreVk2

Just finished the one-week intensive summer course on "Additive Manufacturing of Advanced Engineering Materials", which includes both lecture sessions in the mornings and tutorial/lab sessions in the afternoons, for a mix of undergraduate and graduate stu…lnkd.in/gR_429fh

Our recent paper entitled "nanoindentation studies of an additively manufactured titanium alloy" is online. In this paper, we correlate anisotropic nanomechanical properties with its microscopic mechanical behaviour lnkd.in/gqksyrtr lnkd.in/guhvjbj7

Can we use an electric field to control the movement of crystal defects? In today’s Nature Materials, our group and collaborators publish a paper entitled 'Harnessing dislocation motion using an electric field', in which we present real-time observations…lnkd.in/gQEGU8F6

In situ TEM observation of an individual dislocation movement in ZnS using an external electric field. Link to the full article: lnkd.in/gs7dQHtN  or rdcu.be/deSTA lnkd.in/gYUcp3QN

In situ TEM observation of the movement of a dislocation in ZnS controlled using an electric field. Link to the full article: lnkd.in/gs7dQHtN  or rdcu.be/deSTA lnkd.in/gFrdZ72s

The different mobility of 30° and 90° partial dislocations in ZnS under an electric field. The 30° partial dislocations (Dislocations B and D) are mobile, while 90° partial dislocations (Dislocations A, C, and E) are motionless during the entire experimen…lnkd.in/gsCkgSAp

U of T Engineering researchers are using electric fields to control the movement of defects in crystals news.engineering.utoronto.ca/u-of-t-enginee…

Harnessing dislocation motion using an electric field Iowa State Materials Science and Engineering Peking University Dalhousie University Yu Zou go.nature.com/3PnPClX

U of T Engineering researchers are using electric fields to control the movement of defects in crystals news.engineering.utoronto.ca/u-of-t-enginee…

I am co-organizing three symposia on "additive manufacturing", "titanium" and "nanomechanics" in TMS 2024 #TMSAnnualMeeting in Orlando, Florida, USA, March 3-7, 2024. Looking forward to receiving your abstracts by the submission deadline.…lnkd.in/gN7cipGw

great opportunity lnkd.in/grNM-WjH

A team of #UofTEngineering researchers led by Professors Yu Zou and Tobin Filleter has received funding from the Canada Foundation for Innovation’s Innovation Fund to develop a new facility designed to test materials under extreme conditions. Read more: uofteng.ca/pmR0jx