κ-carbide in lightweight steel is studied. Its thermal stability, crystal morphology, orientation relationship, degree of lattice misfit and mechanical properties are measured experimentally. The mechanisms for the microstructural evolution of κ-carbide are considered based on the crystal structure, lattice misfit, element diffusivity, and solute partition. The hard γ/κ grain and ductile α+κ grain provide an opportunity to develop the lightweight steels with desirable combination of mechanical properties
In the last decades, low-density steels for forging have increasing interest in the automotive indus...
High Al Low-density steels could have a transformative effect on the light-weighting of steel struct...
High specific Young’s modulus steel reinforced by κ-carbides has the characteristics of high strengt...
κ-carbide (κ) in high aluminium (Al) steels is grown from austenite (γ) via γ → γ + κ or γ → α + κ (...
DoctorRecently, the reduction in vehicle’s weight has been devoted to reduce vehicle’s exhaust emiss...
Concepts of Fe-Al-Mn-C-based lightweight steels are fairly simple, but primary metallurgical issues ...
Nanometer-sized κ-carbides are efficient strengtheners making light-weight austenitic ($\gamma$) Fe-...
Fe-Mn-Al-C lightweight steels have been investigated intensely in the last a few years. There are ba...
DoctorMany efforts to reduce the weight of steel plates in automotive industries have been conducted...
κ-Carbide (κ) in high aluminium (Al) steels is grown from austenite (γ) via γ → γ + κ or γ → α + κ (...
Fe-Mn-Al-C steel, which is a potential lightweight material for automobiles, has a variety of micros...
AbstractThis paper concerns with a further development of low temperature carbide-free bainite steel...
학위논문 (박사)-- 서울대학교 대학원 : 재료공학부, 2017. 2. 한흥남.In recent years, decreasing greenhouse gas emissions and...
MasterIt is well known that the performance of transportation systems such as automobiles can signif...
Lightweight duplex steels with combinations of either bainite, acicular ferrite, and austenite or ma...
In the last decades, low-density steels for forging have increasing interest in the automotive indus...
High Al Low-density steels could have a transformative effect on the light-weighting of steel struct...
High specific Young’s modulus steel reinforced by κ-carbides has the characteristics of high strengt...
κ-carbide (κ) in high aluminium (Al) steels is grown from austenite (γ) via γ → γ + κ or γ → α + κ (...
DoctorRecently, the reduction in vehicle’s weight has been devoted to reduce vehicle’s exhaust emiss...
Concepts of Fe-Al-Mn-C-based lightweight steels are fairly simple, but primary metallurgical issues ...
Nanometer-sized κ-carbides are efficient strengtheners making light-weight austenitic ($\gamma$) Fe-...
Fe-Mn-Al-C lightweight steels have been investigated intensely in the last a few years. There are ba...
DoctorMany efforts to reduce the weight of steel plates in automotive industries have been conducted...
κ-Carbide (κ) in high aluminium (Al) steels is grown from austenite (γ) via γ → γ + κ or γ → α + κ (...
Fe-Mn-Al-C steel, which is a potential lightweight material for automobiles, has a variety of micros...
AbstractThis paper concerns with a further development of low temperature carbide-free bainite steel...
학위논문 (박사)-- 서울대학교 대학원 : 재료공학부, 2017. 2. 한흥남.In recent years, decreasing greenhouse gas emissions and...
MasterIt is well known that the performance of transportation systems such as automobiles can signif...
Lightweight duplex steels with combinations of either bainite, acicular ferrite, and austenite or ma...
In the last decades, low-density steels for forging have increasing interest in the automotive indus...
High Al Low-density steels could have a transformative effect on the light-weighting of steel struct...
High specific Young’s modulus steel reinforced by κ-carbides has the characteristics of high strengt...