Jang Y. | Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical Engineering,
スポンサーリンク
概要
- 同名の論文著者
- Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical Engineering,の論文著者
関連著者
-
Jang Y.
Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical Engineering,
-
Kim J.
Research Center for Rheocasting Technology
-
Hong C.
Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical Engineering,
-
Sim J.
Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical Engineering,
-
Min K.
Manufacturing Engineering Development Team, Hyundai·Kia Motors
-
Kim J.
Research Center For Rheocasting Technology Nanocastkorea
-
Sim J.
Center For Computer-aided Solidification Processing (casp) Department Of Metallurgical Engineering Y
-
Kim J.
Research Center For Electronic Materials & Components Dept. Of Ee. Hanyang Univ.
-
Jang Y.
Center For Computer-aided Solidification Processing (casp) Department Of Metallurgical Engineering Y
-
Hong C.
Center For Computer-aided Solidification Processing (casp) Department Of Metallurgical Engineering Y
-
Hong C.
Center For Computer-aided Materials Processing (camp) (department Of Metallurgical Engineering Yonse
-
Choi B.
Center for Computer-aided Solidification Processing (CASP), Department of Metallurgical Engineering,
-
Moon J.
Center for Computer-Aided Solidification Processing (CASP), Department of Metallurgical Engineering,
-
Moon J.
Center For Computer-aided Solidification Processing (casp) Department Of Metallurgical Engineering Y
-
Choi B.
Center For Computer-aided Solidification Processing (casp) Department Of Metallurgical Engineering Y
著作論文
- Development of a Nucleation-Accelerated-Semisolid-Slurry-Making Method and its Application to Rheo-diecasting of ADC10 Alloy
- Development of the Rheocast Diesel Engine Block with ADC10 Alloy via ART (Advanced Rheocasting Technology) System
- Development of the Rheocast Diesel Engine Block with ADC10 Alloy via ART (Advanced Rheocasting Technology) System
- Development of a Nucleation-Accelerated-Semisolid-Slurry-Making Method and its Application to Rheo-diecasting of ADC10 Alloy