A1.期刊論文

1. 楊東昇(2019).“Flow Stress and Friction of AL6061 and Application to the Cellphone Shell Forging. Key Engineering Materials,
2. 楊東昇(2018).Application of FEM and Abductive Network to Determine Forging Force and Billet Dimensions of Near Net-Shape Helical Bevel Gear Forging.Materials Science Forum,920
3. 楊東昇(2018).Contact Behavior of Composite CrTiSiN Coated Dies in Compressing of Mg Alloy Sheets under High Pressure..Materials ,11
4. 楊東昇(2018).Servo Forging Technology and Mold Development of the Pulley of AISI-1010 Low Carbon Steel.Materials Science Forum,917
5. 楊東昇(2019).Study on Cylindrical Heatsink Forging Process Considering Friction Condition. Key Engineering Materials,

A2.研討會

1. 楊東昇(2018.2).Study on the forging process of parking sensor shell.The 3rd International Conference on Precision Machinery and Manufacturing Technology,_ICPMMT 2018,Auckland
2. 楊東昇(2018.7).Fracture and friction analysis of AZ31 magnesium alloy of hemisphere deep drawing process at elevated temperature.7th International Conference on Fracture Fatigue and Wear (FFW 2018),ghent
3. 楊東昇(2018.11).Finite Element Simulation of Forging Process and Die Design of AL6061 Motorcycle Brake Levers.2018 IEEE International Conference on Advanced Manufacturing (IEEE ICAM 2018),huwei
4. 楊東昇(2018.11).The Micro Extrusion of Magnesium Alloy with Servo Motion Curve of Punch at the Elevated Temperature.The 11th Asian Workshop on Micro/Nano Forming Technology (AWMFT 2018),huwei
5. 楊東昇(2018.7).Microstructure and Mechanical properties at elevated temperatures of composite coatings.26th International Conference on Composite or Nano Engineering (ICCE-26),paris
6. 楊東昇(2018.11).Flow Stress and Friction of AL6061 and Application to the Cellphone Shell Forging.2018 International Conference on Engineering Tribology and Applied Technology (ICETAT2018),taipei
7. 楊東昇(2018.11).Mechanical Properties and Friction Factor of AL1050 Aluminum Alloy and Application to the Forging Process of Heatsink.2018 International Conference on Engineering Tribology and Applied Technology (ICETAT2018),taipei
8. 楊東昇(2018.4).Determining the stress-strain curve of thin films by comparing loading/unloading and pile-up/sink-in behavior between FEM and nanoindentation test.2018 IEEE International Conference on Applied System Innovation (IEEE ICASI 2018),Tokyo
9. 楊東昇(2019.12).機車剎車桿鍛造製程及模具設計.鍛造研討會,台中
10. 楊東昇(2018.12).電動自行車傳動零件複合鍛造技術.鍛造研討會,台中
11. 楊東昇(2019.12).不銹鋼燃料電池雙極板產品之沖壓成形技術.中國機械工程學會第三 十六屆全國學術研討會,台北
12. 楊東昇(2019.1).“Application of Servo Motion Curve to Cylindrical Deep Drawing Process by Servo Press.AMPT, 2019,台北
13. 楊東昇(2019.1).Analysis of Servo Motion Curve in Micro-Extrusion Process of the Rectangle Cup for Magnesium Alloy at Elevated Temperature. AMPT, 2019,台北
14. 楊東昇(2019.1).鈦金屬摩擦試驗應用於圓球引伸成形.第四屆臺灣磨潤科技研討會,台南
15. 楊東昇(2018.11).電動自行車傳動零件熱間鍛造技術與模具開發.台灣第五屆塑性加工研討會,虎尾
16. 楊東昇(2018.11).衝頭伺服運動曲線應用於AZ61鎂合金溫間微擠製成形.台灣第五屆塑性加工研討會,虎尾
17. 楊東昇(2019.11).黃銅多道次伸線過程中鑽石眼模之尺寸設 計及磨耗分析.第六屆臺灣塑性加工研討會,高雄
18. 楊東昇(2019.11).鈦金屬相機外殼之衝壓製程成形技術.第六屆台灣塑性加工研討會論文集,高雄
19. 楊東昇(2019.7).“Mechanical and tribological properties of composite CrAlTiSiN and TiAlN multilayer coatings and application to metal forming process. 11th Canadian-International Conference on Composites,基洛納
20. 楊東昇(2018.11).衝頭伺服運動曲線應用於鎂合金溫間微擠製成形.中國機械工程學會第三十五屆全國學術研討會論文集,嘉義
21. 楊東昇(2018.11).伺服運動曲線應用於汽車零件外殼之深引伸製程研究.中國機械工程學會第三十五屆全國學術研討會論文集,嘉義
22. 楊東昇(2019.5).伺服運動曲線應用於方杯微擠製成形分析及應用於 3C產品外殼.第十七屆精密機械與製造科技研討會,屏東
23. 楊東昇(2019.5).鋰電池外殼之圓杯深引伸製程研究.第十七屆精密機械與製造科技研 討會,屏東