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Professor

Tadashi FURUHARA
C.V.

	Research	Themodynamics, kinetics and crystallography of phase transformations / precipitation in metallic materials High temperature deformation, recrystallization and superplasticity of metallic materials Microstructure control by thermomechanical processing in ferrous and titanium alloys Interfacial Phenomema in Crystalline Solids Shape memory and pseudo-elesticity and superplasticity of metallic materials
	E-Mail	tadashi.furuhara.c3 (atmark)tohoku.ac.jp ※ Please change to (atmark)=@

Goro MIYAMOTO

	Research	Crystallography of phase transformation and precipitation in steels Transformation kinetics and element partitioning in diffusional transformation Surface hardening by nano-sized precipitates (nitriding)
	E-Mail	goro.miyamoto.e8 (atmark) tohoku.ac.jp ※ Please change to (atmark)=@

Associate Professor

Yongjie ZHANG

	Research	Precipitation strengthening of nano-sized alloy carbide in steel Alloying effects on growth kinetics of ferrite and pearlite Grain boundary segregation behaviors of solute elements in ferrous alloys
	E-Mail	yongjie.zhang.a5 (atmark) tohoku.ac.jp ※ Please change to (atmark)=@

Secretary & Research assistant

Fumiyo NARITA

Researcher

	JSPS (PD) Yulin XIE
	Establishment of design principles for high nitrogen high entropy iron alloys with nano-cluster strengthening
	Sayaka SEKIDA		Fan Luyao

Technical staff

Kunio SHINBO

Rie SASE

Student

	D3 Takao SUZUKI		D3 Ryota TAKAO
	The development of theoretical phase diagrams based on first-principles calculation		Effect of alloying elements on nitriding behavior in low-alloy carbon steel
	D1 Kanon SATO
	Mechanism clarification of non-equilibrium growth during forward and reverse transformations
	M2 Haruka SATO		M2 Riki TAKAHASHI
	Effects of alloying elements on high-temperature oxidization - nitriding behaviors in steels		Quantitative study on solute segregation at various boundaries of martensite steels
	M2 Yotaro YANAI		M2 Keisuke WATANABE
	Effects of carbide-forming elements on tempering behaviors in high-carbon martensite steels		Application of Mn heterogeneity to control microstructure of high-strength bainitic TRIP steels