[J1] Cheng-Chi Chiang, Yi-Chi Wang, Ta-Jen Peng, and Guan-Wei Du (2026). A Digital Twin-Based Decision-Support Framework for Milling Processes. Materials Transactions, 67(7), 1048–1059. (SCIE)
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[J2] Peng-Jen Chen, Ta-Jen Peng, Ching-Li Liu, and En-Cheng Liou (2026). High-Speed Robotic Manipulator Vibration Control via B-Spline Trajectory Generation and L-BFGS-B Optimization. Journal of the Chinese Society of Mechanical Engineers, 47(2), 129–138. (SCIE; Q4)
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[J3] Ta-Jen Peng, Dachepalli Venkata Sai Santhosh Vinay, Horng-Hwa Lu, and Cheng-Chi Wang (2025). Evaluating the Influence of Cutting Conditions on Machining Performance and Energy Consumption. Energy, 338, 138842. (SCIE; Q1)
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[J4] Ta-Jen Peng, Jr-Rung Chen, En-Cheng Liou, Yen-Ling Lin, and Sheng-Wei Wang (2025). Synthetic-Data-Driven You-Only-Look-Once-Based Detection of Computer Numerical Control Machining Chips: Comparative Analysis of Omniverse-Generated and Manually Annotated Images. Sensors and Materials, 37(11), 4903–4918. (SCI)
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[J5] Ta-Jen Peng and Guan-Wei Du (2025). Feed-Rate Optimization and Load Equalization for Energy-Efficient CNC Milling: A Multi-Objective Approach. The International Journal of Advanced Manufacturing Technology, 139, 3463–3477. (SCIE; Q2)
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[J6] Ta-Jen Peng, Peng-Jen Chen, Ting-Lun Su, and Chung-Chieh Lin (2025). Automated Spray Path Planning Based on Bayesian Optimization and Ant Colony Optimization. The International Journal of Advanced Manufacturing Technology, 139(11–12), 5491–5509. (SCIE; Q2)
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[J7] Cheng-Chi Wang, Ping-Huan Kuo, Ta-Jen Peng, Masahide Oshima, Suzanna Cuypers, and Yu-Tsun Chen (2024). Voting Model Prediction of Nonlinear Behavior for Double-Circumferential-Slot Air Bearing System. Chaos, Solitons & Fractals, 183, 114908. (SCIE; Q1)
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[J8] Ta-Jen Peng, Ping-Huan Kuo, Wei-Cheng Huang, and Cheng-Chi Wang (2024). Nonlinear Dynamic Analysis and Forecasting of Symmetric Aerostatic Cavities Bearing Systems. International Journal of Bifurcation and Chaos, 34(4), 2430008. (SCIE)
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[J9] Hsin-Min Lee, Ta-Jen Peng, Tzung-Ming Chen, and Kang-Feng Peng (2023). Surface Quality Control of p-type Silicon Chip during Edge Insulation with Wire Electric Discharge Machining. Sensors and Materials, 35(11), 3697–3711. (SCI; Q3)
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[J10] Yuan-Ching Lin, Tung-Hsien Yang, Tzung-Ming Chen, and Dar-Jen Pen (2022). Using Atomic Response Time to Explore the Effect of Strain Rate on Yielding Behaviors of Tensile Cu Nanowire with the Molecular Dynamic Method. The International Journal of Advanced Manufacturing Technology, 119, 3395–3405. (SCIE)
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[J11] 彭達仁、汪正祺、杜冠威、夏子晴（2025年11月）。數位雙生加工模擬架構之研究：進給率調控對表面粗糙度與切削力的影響。《機械工業雜誌》，512期，69–77。
[J12] 彭達仁、黃秋杰、劉恩承、林妍伶、黃健瑋（2025年5月）。基於Omniverse優化CNC加工後的纏屑處理。《機械工業雜誌》，506期，78–87。
[J13] 彭達仁、汪正祺、廖子勛（2025年3月）。桶形刀具對於複雜曲面加工效率與品質提升的實證分析。《機械工業雜誌》，504期，78–87。
[J14] 彭達仁、汪正祺、胡智維、杜冠威（2024年11月）。數位雙生技術應用於切削加工系統之鑑別與預測。《機械工業雜誌》，500期，86–95。
[J15] 彭達仁、汪正祺、杜維奈、杜冠威（2024年3月）。加工能耗監控與參數優化的研究應用。《機械工業雜誌》，488期，20–26。
[J16] 彭達仁（2023年6月）。工具機綠色製造的國際發展趨勢。《智慧自動化產業期刊》，45期，44–47。
[J17] 蔡淳宇、林豈臣、莊佳瑾、戴仲裕、彭達仁（2022年3月）。工具機主軸狀態監控與數位模型應用。《機械工業雜誌》，486期，35–40。
[C1] Cheng-Chi Chiang, Yi-Chi Wang, Ta-Jen Peng, and Guan-Wei Du (2025, December). Digital Twin-Based Machining Parameter Optimization Using Taguchi Method. 2025 International Conference on Management Innovation and Operations Research & The 21st Annual Meeting of the Taiwan Operations Research Society, National Chin-Yi University of Technology, Taichung, Taiwan.
[C2] Cheng-Chi Chiang, Yi-Chi Wang, Ta-Jen Peng, and Guan-Wei Du (2025, November). Adaptive Load-Based Feedrate Control for Improving Tool Wear Performance in CNC External Turning. The 11th International Conference of the Asian Society for Precision Engineering and Nanotechnology (ASPEN 2025), New Taipei City, Taiwan.
[C3] Cheng-Chi Chiang, Yi-Chi Wang, Ta-Jen Peng, and Guan-Wei Du (2025, November). Investigation on Load-Sensing-Based Techniques for Enhancing Turning Efficiency and Process Stability. The Asian Pacific Symposium on Technology of Plasticity (APSTP 2025), Kaohsiung, Taiwan.
[C4] Ta-Jen Peng, Cheng-Chi Wang, Cheng-Hsien Kuo, Zi-Quan Zhang, Yi-Cang Li, and Tsung-Chia Chen (2025, November). Investigation of Five-Axis Milling Characteristics of 6061 Aluminum Alloy Turbine Blades. The Asian Pacific Symposium on Technology of Plasticity (APSTP 2025), Kaohsiung, Taiwan.
[C5] Ta-Jen Peng, Peng-Jen Chen, Chung-Chieh Lin, and Cheng-Chi Wang (2025, July). Investigation of the Effect of a Slope-Oriented Lubrication Spray Strategy on Forged Product Quality. The 6th International Conference on Advanced Materials Science and Engineering (AMSE 2025), Okinawa, Japan.
[C6] Ta-Jen Peng, Jiří Ryšavý, Jakub Čespiva, Cheng-Chi Wang, and Dachepalli Venkata Sai Santhosh Vinay (2024, December). Assessing the Impact of Cutting Conditions on Machining Performance and Energy Consumption. International Conference on Sustainable Energy and Green Technology, Bangkok, Thailand.
[C7] Cheng-Chi Wang and Ta-Jen Peng (2024, July). Evaluation of the Impact of Machining Parameters on Carbon Emission and Surface Roughness. International Conference on Mechatronic, Automobile, and Environment Engineering, Hanoi, Vietnam.
[C8] Cheng-Chi Wang, Ta-Jen Peng, and Kuan-Wei Tu (2024, July). Optimization for Carbon-Reduction Manufacturing Process in Metal Cutting. International Conference on Advanced Materials Science and Engineering (AMSE 2024), Yokohama, Japan.
[C9] Ta-Jen Peng, Dachepalli Venkata Sai Santhosh Vinay, Horng-Hwa Lu, and Cheng-Chi Wang (2023, December). Strategies for Improving Machining Methods in Metal Cutting: A Focus on Virtual and Real-Time Machining Integration. CSME Annual Conference 2023／中國機械工程學會全國學術研討會，國立彰化師範大學，彰化，臺灣。
[C10] 夏子晴、蘇怡甄、彭達仁（2025年12月）。CNC銑削加工震動抑制之最佳參數搜尋。中國機械工程學會第四十二屆全國學術研討會（CSME 2025），國立陽明交通大學。
[C11] 林妍伶、彭達仁（2025年12月）。諧波減速機齒形設計與性能優化之研究。中國機械工程學會第四十二屆全國學術研討會（CSME 2025），國立陽明交通大學。
[C12] 陳宥任、彭達仁（2025年12月）。真實場域中動態手勢辨識之雙流架構應用。中國機械工程學會第四十二屆全國學術研討會（CSME 2025），國立陽明交通大學。
[C13] 孫則霖、汪正祺、彭達仁（2025年5月）。多曲率工件之高效率切削與類神經網路分析最佳化參數。2025中華民國系統科學與工程研討會（NSSSE），國立中興大學，台中。
[C14] 廖子勛、汪正祺、彭達仁（2025年5月）。基於多R角桶型刀具的五軸加工複雜曲面最佳化加工方法。2025中華民國系統科學與工程研討會（NSSSE），國立中興大學，台中。
[C15] 胡智維、汪正祺、彭達仁（2025年5月）。數位雙生技術應用於切削加工系統之鑑別與預測優化。2025中華民國系統科學與工程研討會（NSSSE），國立中興大學，台中。
[C16] Ta-Jen Peng, Hamz H. S. Helal, Tsung-Chia Chen, and Cheng-Chi Wang (2024, July). Optimization of Chatter Stability for Material Removal Rates in Milling Process. 中華民國振動與噪音工程學會第31屆學術研討會（CSSV 2024），國立勤益科技大學，台中。
[C17] Ta-Jen Peng and Cheng-Chi Wang (2024, April). Forecasting of Nonlinear Behavior in Air Conical Orifices Bearing System. 台灣機電工程國際學會全國學術研討會（ISME 2024），國立宜蘭大學，宜蘭。（最佳論文獎）
[C18] 林豈臣、蔡淳宇、莊佳瑾、彭達仁（2022年4月）。工具機機邊智能運算技術。台灣機電工程國際學會全國學術研討會（ISME 2022），國立彰化師範大學，彰化。
[P1] 彭達仁、汪正祺、杜冠威。「優化工具機切削負載的系統與其方法」。中華民國發明專利，I909776。
[P3] 蔡淳宇、林豈臣、馬勝銘、彭達仁。「用於工具機的加工監控方法及加工監控系統」。中華民國發明專利，I766489。
[P5] 馬勝銘、賴俞升、吳偉任、彭達仁、羅佐良。「用於工具機之主軸的檢測裝置以及工具機之主軸的檢測方法」。中華民國發明專利，I728411。
[P10] 潘楷明、彭達仁、陳衍成、楊棨証、蓋震宇。「量測程式編譯裝置與量測程式編譯方法」。中華民國發明專利，I715899。
[P11] 戴仲裕、楊棨証、陳科翰、彭達仁。「夾持裝置及應用其之夾持系統」。中華民國發明專利，I696577。
[P12] 郭晨暉、蓋震宇、彭達仁、林勇志。「工具機頻率響應參數的調整方法及應用其之調整系統」。中華民國發明專利，I681274。
[P16] 蓋震宇、郭晨暉、彭達仁。「調機方法及其調機系統暨模擬單元與模擬方法」。中華民國發明專利，I656940。
[P17] 蓋震宇、潘楷明、陳衍成、彭達仁。「機械手臂加工系統及其加工方法」。中華民國發明專利，I651176。
[P18] 馬勝銘、彭達仁、林勇志、陳建宏、陳科翰、蘇信綜。「加工機熱補償控制系統及其方法」。中華民國發明專利，I649648。
[P20] 戴仲裕、陳科翰、黃啓榮、彭達仁。「薄型工件夾具」。中華民國發明專利，I630071。
[P23] 戴仲裕、蓋震宇、彭達仁、陳逸軒。「非接觸式動剛度量測系統與方法」。中華民國發明專利，I628433。
[P24] 陳逸軒、彭達仁、陳羿銘、廖述鐘、馬勝銘。「遠端加工優化系統與方法」。中華民國發明專利，I614081。
[P27] 黃琮琳、林錦德、梁碩芃、彭達仁、王仁傑、羅佐良。「一種顫震迴避方法及其裝置」。中華民國發明專利，I583484。
[P28] 廖述鐘、彭達仁、林錦德、黃啟榮。「加工異常迴避系統及其加工路徑修正方法」。中華民國發明專利，I570531。
[P30] 黃琮琳、羅佐良、林錦德、梁碩芃、彭達仁。「回授控制數値加工機及其方法」。中華民國發明專利，I564110。
[P31] 林錦德、張瑞旻、許志源、梁碩芃、彭達仁、羅佐良。「加工監控系統及方法」。中華民國發明專利，I518469。
[P32] 黃少谷、羅佐良、彭達仁、李坤穎、陳冠文、廖建智。「張力控制裝置及其方法」。中華民國發明專利，I519368。
[P33] 彭達仁、丁純乾、陳俊皓、張恩生。「減速機構及其諧波齒輪減速機」。中華民國發明專利，I412674。
[P34] 邱建誌、蕭錫鴻、彭達仁。「諧波齒輪減速機及其波形產生器」。中華民國發明專利，I444549。
[P6] Kai-Ming Pan, Ta-Jen Peng, Yen-Cheng Chen, Qi-Zheng Yang, and Chen-Yu Kai. “MEASURING PROGRAM COMPILING DEVICE AND MEASURING PROGRAM COMPILING METHOD.” United States Patent, US 11,162,787 B2.
[P7] Yi-Ming Chen, Chi-Cheng Lin, Shu-Chung Liao, Chen-Yu Kai, and Ta-Jen Peng. “TOOL-LIFE PREDICTION SYSTEM AND METHOD THEREOF.” United States Patent, US 10,983,501 B2.
[P9] Chung-Yu Tai, Qi-Zheng Yang, Ke-Hen Chen, and Ta-Jen Peng. “CLAMPING DEVICE AND CLAMPING SYSTEM USING THE SAME.” United States Patent, US 10,926,380 B2.
[P15] Sheng-Ming Ma, Ta-Jen Peng, Yung-Chih Lin, Chien-Hung Chen, Ke-Hen Chen, and Shin-Tzong Su. “THERMAL COMPENSATION METHOD AND THERMAL COMPENSATION CONTROL SYSTEM FOR MACHINE TOOLS.” United States Patent, US 10,481,575 B2.
[P26] Chih-Yuan Hsu, Jui-Ming Chang, Shuo-Peng Liang, Tzuo-Liang Luo, Ta-Jen Peng, and Jen-Ji Wang. “APPARATUS AND METHOD FOR TRANSFORMING NC PROGRAMS.” United States Patent, US 10,268,184 B2.
[P2] Chun-Yu Tsai, Chi-Chen Lin, Sheng-Ming Ma, and Ta-Jen Peng. “MONITORING METHOD AND SYSTEM FOR MACHINE TOOL.” United States Patent Application Publication, US 2022/0193852 A1.
[P4] Sheng-Ming Ma, Yu-Sheng Lai, Wei-Jen Wu, Ta-Jen Peng, and Tzuo-Liang Luo. “DETECTION DEVICE FOR SPINDLE OF MACHINE TOOL AND DETECTION METHOD FOR SPINDLE OF MACHINE TOOL.” United States Patent Application Publication, US 2021/0026322 A1.
[P8] Chen-Hui Kuo, Chen-Yu Kai, Ta-Jen Peng, and Yung-Chih Lin. “METHOD FOR ADJUSTING FREQUENCY RESPONSE PARAMETER OF MACHINE TOOL AND SYSTEM USING THE SAME.” United States Patent Application Publication, US 2020/0150630 A1.
[P13] Chen-Yu Kai, Chen-Hui Kuo, and Ta-Jen Peng. “TUNING SYSTEM, SIMULATION UNIT AND TUNING AND SIMULATION METHOD THEREOF.” United States Patent Application Publication, US 2019/0196422 A1.
[P14] Chen-Yu Kai, Kai-Ming Pan, Yen-Cheng Chen, and Ta-Jen Peng. “ROBOT ARM PROCESSING SYSTEM AND METHOD THEREOF.” United States Patent Application Publication, US 2019/0143511 A1.
[P19] Chung-Yu Tai, Ke-Hen Chen, Ci-Rong Huang, and Ta-Jen Peng. “FIXTURE FOR THIN-WALLED WORKPIECE.” United States Patent Application Publication, US 2019/0118318 A1.
[P21] Chung-Yu Tai, Chen-Yu Kai, Ta-Jen Peng, and Yi-Hsuan Chen. “NON-CONTACT DYNAMIC STIFFNESS MEASUREMENT SYSTEM AND METHOD.” United States Patent Application Publication, US 2018/0120262 A1.
[P22] Yi-Hsuan Chen, Ta-Jen Peng, Yi-Ming Chen, Shu-Chung Liao, and Sheng-Ming Ma. “REMOTE MACHINING OPTIMIZATION SYSTEM AND METHOD.” United States Patent Application Publication, US 2018/0052439 A1.
[P25] Tsung-Ling Hwang, Chin-Te Lin, Shuo-Peng Liang, Ta-Jen Peng, Jen-Ji Wang, and Tzuo-Liang Luo. “CHATTER AVOIDANCE METHOD AND DEVICE.” United States Patent Application Publication, US 2017/0100810 A1.
[P29] Tsung-Ling Hwang, Tzuo-Liang Luo, Chin-Te Lin, Shuo-Peng Liang, and Ta-Jen Peng. “FEEDBACK CONTROL NUMERICAL MACHINE TOOL AND METHOD THEREOF.” United States Patent Application Publication, US 2016/0144474 A1.