ABCD
1
No.Title/NumberExecution durationRemark
2
1齒輪產學技術聯盟(1/3)
(Industry-Academy Technological Alliance of Gear)//114-2622-8-008-003-TE3)
2025/02/01~
2026/01/31
PI
3
2創新連續創成內旋刮削螺桿加工法之理論模型及切削實驗建置
(Theoretical Modelling and Machining Experimentation for Innovative
Continuous-generating Screw Internal-skiving Process)//113-2221-E-008-035-MY3)
2024/08/01~
2027/07/31
PI
4
3創新連續創成內旋刮削螺桿加工法之理論模型及切削實驗建置
(Theoretical Modelling and Machining Experimentation for Innovative
Continuous-generating Screw Internal-skiving Process)//113-2221-E-008-035-MY3)
2024/08/01~
2027/07/31
PI
5
4基於動載齒面分析結果之諧波齒輪齒面強力刮削修整技術研發
(Technological Development of Power Skiving Tooth Surface
Modification for Harmonic Gear Based on Dynamic Load Analysis)//113-2221-E-008-036-)
2024/08/01~
2025/07/31
PI
6
5高效能微型渦卷壓縮機轉子之電化學加工技術研發
(Development of Electrochemical Machining Technology for High-
Efficiency Micro Scroll Compressor Rotors)/NSTC 113-2622-E-008-011
2024/06/01~
2025/05/31
Co-PI
7
6高性能變導程雙螺桿壓縮機之轉子動平衡設計及熱流性能計算關鍵技術研發
(Technological Development of Rotor Dynamic Balance Design and
Thermo-fluid Performance Calculation for High-performance
Variable-lead Twin-screw Compressors)//113-2622-E-008-010-)
2024/06/01~
2025/05/31
PI
8
7數控內嚙合珩齒加工之齒面修整、降噪齒面紋理、修砂及珩輪動平衡之技術研究
(Technical Investigation on Gear Tooth Modification, Dressing and Dynamic-Balancing of Honing Wheel, and Noise-Suppression Gear Surface Texture for CNC Internal-Meshing Gear Honing Process)//NSC 111-2221-E-008-076-MY2)
2022/8/1 ~ 2024/7/31PI
9
8齒面硬化預測模型及熱處理前齒面加工留量控制技術之建立
(Prediction modelling of gear hardening processes and establishment of control technology on gear machining allowance before heat treatment)/NSC 111-2223-E-008-001
2022/08/01 ~ 2023/10/30PI
10
9應用阻尼顆粒於馬達減速機兼具動平衡校正及振動抑制之技術開發
(Dynamic Balance Correction and Vibration Attenuation on Motor Reducers Containing Damping Particles)/109-2622-E-008 -019
2020/11/01 ~ 2022/10/31PI
11
10應用多體動力學及離散元法進行轉子動平衡及抑振模擬及分析/MOST109-2813-C-008-014-E2020/07/01 ~ 2021/02/28PI for Tertiary Students
12
11應用旋風式銑削進行螺旋式真空泵轉子加工之研究 (A Study on Applying Whirling Milling Method to Manufacture Screw Rotors for Vacuum Pumps)/MOST109-2221-E-008-004-MY2 2020/08/01 ~2022/12/31PI
13
12以離散元素法與多體動力學耦合方法探討具阻尼顆粒機構系統的減振機制:實驗驗證與工程應用/MOST109-2221-E-008-0172020/08/01 ~ 2021/07/31Co-PI
14
13基於連續創成磨法的圓柱齒輪齒面磨削紋理抑振降噪之研究
(A Study of Vibration and Noise Reduction via Ground Texture of Cylindrical Gear Tooth Surface with Continuous Generating Grinding Method)/MOST108-2628-E-008-007-MY3
2019/08/01 ~ 2022/12/31 PI
15
14應用多體動力學及離散元素法於具顆粒阻尼齒輪及軸承系統抑振之研究
(A Study of Vibration Reduction in a Gear-bearing System with Particle Damper Based on Multi-body Dynamics and Discrete Elemental Method)/MOST107-2221-E-008-052-MY2
2018/08/01 ~ 2020/07/31 PI
16
15考量氣體負載及轉軸彈性變形下迴轉式壓縮機轉子系統之動力響應研究
(Dynamic Response of Rotary Compressor Rotor System under Gas Load)/MOST106-2221-E-008-045
2017/08/01 ~ 2018/07/31PI
17
16新型高效能真空泵浦魯氏轉子之開發及試驗
(Development and Test of A Novel Root’s Rotor Profile for the High Efficiency Vacuum Pump)/MOST105-2221-E-008-047
2016/08/01 ~ 2017/07/31PI
18
17應用多體動力學於工具機新型主軸變速箱之研究、試驗及最佳化
(Application of Multi-body Dynamics on Study, Test and Optimization of A Novel Machine Tool Spindle Gearbox)/MOST104-2221-E-008-007
2015/08/01 ~ 2016/07/31PI
19
18循環氣體負載下雙螺桿壓縮機轉子幾何與動力特性之關聯性研究
(Study on Relationship between Geometric and Dynamic Characteristics of Meshing Rotors for Twin-Screw Compressors under Cyclic Gas Load)/MOST103-2221-E-008-120
2014/08/01 ~ 2015/07/31PI
20
19齒形鏈傳動系統CAE模型與實驗平台之建立
(Establishment of CAE Model and Test Platform for the Silent Chain System)/NSC102-2221-E-020-014
2013/08/01 ~ 2014/07/31PI
21
20環保冷媒雙螺旋壓縮機之關鍵技術開發
(Development of key technology of eco-friendly refrigerant twin screw compressor )/NSC100-2622-E194-006-CC2
2011/11/01 ~ 2013/10/31PI
22
21齒形鏈傳動系統之動態嚙合衝擊分析模型與試驗平台之建立/NSC100-2221-E020-0112011/08/01 ~ 2012/07/31PI
23
22電腦數控立式成形砂輪磨齒機關鍵技術研發/NSC98-2622-E194-004-CC22010/11/01 ~ 2012/02/29 Sub-program Co-PI
24
23外嚙合螺旋齒輪泵之幾何設計及性能分析
(Geometric Design and Performance Analysis of the External Helical Gear Pump)/NSC99-2221-E020-005
2010/08/01 ~ 2011/07/31PI
25
24應用CAGD於複雜齒形螺桿壓縮機轉子及其刀具設計之研究
(Study on the design of the complex-shape rotor and its tool of the screw compressor by using computer-aided geometric design)/NSC98-2218-E020-002
2009/08/01 ~ 2010/07/31PI