announcement
PHYS 103 first midterm will be held on Tuesday 14/2/1440- 23-Oct-2018. (Chapter 1 to the end…
introduction/brief CV
The advancement of modern materials must be supported by effective and reliable manufacturing processes, particularly joining technologies. My research focuses on joining dissimilar materials and understanding how the joining process influences their final properties. I am currently pursuing two main directions in innovative joining and processing.
The first involves using Spark Plasma Sintering (SPS) to bond dissimilar materials and to fabricate novel bulk composites from nanoscale powders. The second direction centers on Femtosecond Laser (FSL) technology for micro- and nano-joining of nanostructured materials, as well as for surface modification aimed at applications ranging from sensing to biomedical implants. FSL capabilities also extend into the domain of micro-scale 3D printing.
Our characterization capabilities include extensive experience in surface analysis techniques such as XPS and UPS, in addition to XRD, SEM/EDS, and Raman spectroscopy. Simulation and modelling using Thermocalc and DFT is another interest field for me
areas of expertise
Alloying-super alloys-HEA
Joining Technologies
Advance Welding
Sintering
Micromachining by FSL
Surface Analysis
publications
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courses
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- Basic concepts of thermal Physics‐ thermal equilibrium and temperature‐The zeroth law of thermodynamics: ‐The first law of thermodynamics (heat and work, internal energy function,…
To familiarize students with advanced knowledge of Materials needed for research and applications. To develop the students' understanding of…
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