Professor at Federal University of ABC (UFABC), São Paulo, Brazil CECS - Center of Engineering, Modelling, and Applied Social Sciences Professor, lecturer, and an independent researcher of the Fundamentals of Metallurgy, Processing and Metal Forming, Steelmaking and Engineering of Steels, Experimental Methods in Engineering, Selection of Materials, Experimental Topics on Materials I, Microstructural Analysis Techniques, Physical Metallurgy and Phase Transformation, Theory of Defects and Plasticity of Solids. With over a decade of industrial and academic experience in physical metallurgy, phase transformation, macro-and microtexture, Mohammad might create a future group in order to handle a wide range of Fe- Cr- Mn- Si- Mo- Nb- grade materials, including medium and high Mn, HSLA, pearlitic, maraging, TRIP, duplex and some novel BCC and FCC structure with well-controlled chemical composition segregation in micro-and nanoparticles. The primary emphasis of my current research is the investigation of the effect of the microstructure, segregation, crystallographic texture, and grain/phase boundary distributions on mechanical properties, corrosion resistance, hydrogen embrittlement, and stress corrosion cracking on surgical, industrial, commercial metallic materials.
Professor at Federal University of ABC (UFABC), São Paulo, Brazil CECS - Center of Engineering, Modelling, and Applied Social Sciences Professor, lecturer, and an independent researcher of the Fundamentals of Metallurgy, Processing and Metal Forming, Steelmaking and Engineering of Steels, Experimental Methods in Engineering, Selection of Materials, Experimental Topics on Materials I, Microstructural Analysis Techniques, Physical Metallurgy and Phase Transformation, Theory of Defects and Plasticity of Solids. With over a decade of industrial and academic experience in physical metallurgy, phase transformation, macro-and microtexture, Mohammad might create a future group in order to handle a wide range of Fe- Cr- Mn- Si- Mo- Nb- grade materials, including medium and high Mn, HSLA, pearlitic, maraging, TRIP, duplex and some novel BCC and FCC structure with well-controlled chemical composition segregation in micro-and nanoparticles. The primary emphasis of my current research is the investigation of the effect of the microstructure, segregation, crystallographic texture, and grain/phase boundary distributions on mechanical properties, corrosion resistance, hydrogen embrittlement, and stress corrosion cracking on surgical, industrial, commercial metallic materials.