템프코어 냉각모사 장치 개발을 통한 SD400 철근 미세조직 구현

논문상세정보
' 템프코어 냉각모사 장치 개발을 통한 SD400 철근 미세조직 구현' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • hardenedarearatio(경화층면적비)
  • hardenedlayer(경화층)
  • hardness (경도)
  • microstructure(미세조직)
  • rebar(철근)
  • tempcore simulation apparatus(템프코어 모사 장치)
  • tempcore(템프코어)
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
38 0

0.0%

' 템프코어 냉각모사 장치 개발을 통한 SD400 철근 미세조직 구현' 의 참고문헌

  • The Production Technology of Steel Bars by Direct Quenching and Self Tempering
    Shin, J. J. Kor. Inst. Met. &Mater. 38 (7) : 957 ~ 962 [2000]
  • Tempcore: A New Process for the Production of High Quality Reinforcing Bars
    Simon, P. Iron Steel Eng. 61 (3) : 53 ~ 57 [1984]
  • Optimization of Process Parameters During Quenching and Self Tempering of Rebars Using Mathematical Model
    Kumar, A. Trans. Indian Inst. Met. 59 (3) : 407 ~ 421 [2006]
  • Mechanical Behavior of Quenched and Self-tempered Reinforcing Steel in Tension Under High Strain Rate
    Cadoni, E. Materials and Design 49 : 657 ~ 666 [2013]
  • Artificial Neural Networks Modeling of Mechanical Property and Microstructure Evolution in the Tempcore Process
    Çetinel, H. Computers & Structures 80 : 213 ~ 218 [2002]
  • Application of the Tempcore Process to the Fabrication of High Yield Strength Concrete-reinforcing Bars
    Economopoulos, M. Metall Rep CRM It 45 : 1 ~ 17 [1975]
  • A Finite Element Based Prediction of the Microstructural Evolution of Steels Subjected to the Tempcore Process
    Çetinel, H. Mechanics of Materials 32 : 339 ~ 347 [2000]