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首頁 / 師資介紹 / 專任教師
師資介紹
專任教師
駱文傑
職 　稱
終身特聘教授
學 　歷
國立成功大學工程科學研究所博士
信 　箱
wjluo@ncut.edu.tw
電 　話
實驗室分機8217 研究室分機8255
研 究 室
專長
1.計算流體力學
2.太陽熱能應用
3.室內通風與空氣品質
4.空調系統節能評估
5.微機電技術
6.燃料電池設計與性能分析
7.微流體晶片
8.微感測器與微致動器
9.自動控制及數位控制
10.數值分析
簡要經歷
校外服務經歷
  1. 國科會專題計畫能源學門複審委員(2020~2022)
  2. 科技部能源國家型計畫審查委員
  3. 2050年淨零政策經濟部能源局能源效率技術評估小組委員 (2021~)
  4. 內政部 綠建築標章評定委員 (2010~)
  5. 行政院考選部 國家高等考試 命題委員(2009/11 ~2011/11, 2016/11~)
  6. 行政院考選部 國家高等考試 典試委員(2016/11~)
  7. 行政院考選部 國家高等考試 審議委員(2024/01~)
  8. 行政院 公共工程委員會 公共工程審查委員 (2011/05~)
  9. 教育部 學術審查委員會 委員(2012~)
  10. 財團法人 高等教育評鑑中心 評鑑委員 (2010/02 ~)
  11. IEET 工程認證評鑑委員(2019/10 ~)
  12. 經濟部標準檢驗局，電機工程國家標準之技術委員 (2013~)
  13. 經濟部產業發展署CITD協助傳統產業技術開發計畫審查召集人(2024/04)
  14. 經濟部產業發展署產業升級創新平台輔導計畫審查委員(2024/02 ~)
  15. 經濟部 SBIR 計畫審查委員 (2018/02~)
  16. 台灣冷凍空調學會 理事長 (2014/03~2017/05)
  17. 獲聘為台灣區冷凍空調工程工業同業公會與台灣熱泵協會的顧問，與各產業公會關係密切。
  18. 台灣熱泵協會 理事長 (2024~)


校內服務經歷
  1. 國立勤益科技大學冷凍空調系 系主任 98/08~102/01
  2. 國立勤益科技大學冷凍空調系 工學院院長 102/02~108/01
  3. 國立勤益科技大學冷凍空調系 研究發展處處長 106/08~107/01
  4. 國立勤益科技大學冷凍空調系 校務研發中心主任 108/02~110/01
  5. 國立勤益科技大學冷凍空調系 國際處處長 110/02~112/07
  6. 國立勤益科技大學冷凍空調系 副校長 110/02~114/02
研討會論文
  1. Input attribute optimization for thermal deformation of machine-tool spindles using artificial intelligence
  2. Towards greener buildings: A review on the role of fluidic windows with embedded microfluidic channels for energy saving in the building setups
  3. Synergistic thermal and hydrodynamic effects in 3D-printed heat sinks with intricate microchannel patterns
  4. Heating and defrosting performance assessment of dual-source heat pump operational modes under various ambient conditions
  5. Wireless-based portable device heart rate measurement as biomedical devices for stress detection
  6. Psychological Stress Classification Using Extreme Gradient Boosting Algorithm
  7. Bio-Signal Acquisition System for Psychological Stress Classification
  8. Hydrodynamic influence on thermal management of flexible heatsink devices embedded with out-of-plane intricate microchannel design
  9. Thermal deformation and economic analysis of a multiobject cooling system for spindles with varied coolant volume control
  10. Energy-Efficient Approaches for a Machine Tool Building in a University through Field Measurement and Energy Modelling
  11. Comparative analysis of the static and dynamic dehumidification performance of metal-organic framework materials
  12. Combining Deep Neural Network with Genetic Algorithm for Axial Flow Fan Design and Development
  13. Effect of Coolant Temperature on the Thermal Compensation of a Machine Tool
  14. Microfluidic modular heat sink with improved material characteristics towards thermal management of flexible electronics
  15. A Study on Flow Field Characteristics and Air Purifier with Barrier Effects
  16. Coolant Volume Prediction for Spindle Cooler with Adaptive Neuro-fuzzy Inference System Control Method
  17. The effect of hydrogen production rate of the via different preparation of co-based catalyst with sodium borohydride
  18. Performance enhancement of a sludge continuous feed heat pump drying system by air deflectors and auxiliary cooling subsystems
  19. Performance analysis of high-temperature two-stage compression heat pump with vapor injection dynamic control
  20. Two-tailed fuzzy hypothesis testing for unilateral specification process quality index
  21. Preparation of catalyst for hydrogen production reaction of sodium borohydride and its effectiveness
  22. Atomistic full-quantum and full-band transport model for zigzag group-IVA nanoribbon-based structures with noniterative calculation framework
  23. Increase in accuracy of a built-in spindle by adaptive cooling control with varied coolant volume and temperature
  24. Dehumidification effect of polymeric superabsorbent SAP-LiCl composite desiccant-coated heat exchanger with different cyclic switching time
  25. The fuzzy process quality evaluation model for the stb quality characteristic of machining
  26. Eco-green portable wireless power charger design with low-voltage, high-current fuel cell power source features
  27. Water heating and operational mode switching effects on the performance of a multifunctional heat pump
  28. Performance analysis of two-stage solid desiccant densely coated heat exchangers
  29. Machining accuracy enhancement of a machine tool by a cooling channel design for a built-in spindle
  30. Cooling Channel Design for a Built-in Spindle of a Machine Tool
  31. Numerical and Experimental Analysis of a Drying Chamber of a Heat Pump Sludge Drying System
  32. Wireless Photoplethysmography Sensor for Continuous Blood Pressure Biosignal Shape Acquisition
  33. Enhancement of machining accuracy utilizing varied cooling oil volume for machine tool spindle
  34. Automatic wireless ambient air and weather condition monitoring system for outdoor environment monitoring applications
  35. Wireless power hanger pad for portable wireless audio device power charger application
  36. Effect of Supply Cooling Oil Temperature in Structural Cooling Channels on the Positioning Accuracy of Machine Tools
  37. Single-layer transmitter array coil pattern evaluation toward a uniform vertical magnetic field distribution
  38. Performance enhancement of hybrid solid desiccant cooling systems by integrating solar water collectors in Taiwan
  39. Effect of the Receiver Coil Rotational Motion on Induction Voltage of Wireless Power Charging
  40. Positioning accuracy improvement of machine tools by embedded cooling channels
  41. Performance analysis of single-stage air source heat pump utilizing indirect vapor injection design
  42. Temperature control scheme using hot-gas bypass for a machine tool oil cooler
  43. Performance analysis of heat pump sysytem with air and water dual sources
  44. Intelligent high-performance dynamic control for two-stage screw high-temperature heat pump system
  45. Aspect Ratio Effect on Laminar Flow Bifurcations in a Curved Rectangular Tube Driven by Pressure Gradients
  46. Direct methanol fuel cell bubble removal mechanism using magnetic actuation
  47. Operational temperature effect on positioning accuracy of a single-axial moving carrier
  48. Effects of process air conditions and switching cycle period on dehumidification performance of desiccant-coated heat exchangers
  49. Fuel concentration and operating temperature effects on critical amounts of catalysts added to the fuel channels of direct methanol fuel cell
  50. Development and analysis of a new multi-function heat recovery split air conditioner with parallel refrigerant pipe
  51. Performance analysis of direct methanol fuel cells by coating different proportions of catalysts onto fuel channels
  52. Development and analysis of a multifunction heat recovery air conditioner with parallel refrigerant pipe design
  53. Environmental temperature control in a processing area of a machine tool
  54. Performance enhancement of single stage air source heat pump with a hot gas bypass loop design
  55. Aspect Ratio Effect on Multiple Flow Solutions in a Two-Sided Parallel Motion Lid-Driven Cavity
  56. Humidity and cycle period effect on hygroscopic efficiency of desiccant coating heat exchangers with different desiccants
  57. Hygroscopic efficiency analysis of desiccant coating heat exchangers with different solid desiccants
  58. Hygroscopic efficiency analysis of desiccant coating heat exchangers with different solid desiccants
  59. Performance enhancement of twin stack direct methanol fuel cells by coating active carbon catalyst on fuel channels
  60. Fabrication of V-groove high temperature oxygen sensor by gallium oxide
  61. Analyses of polymer passivation on the surface reflectivity of GaAs/AlGaAs solar cell
  62. Effect of copper channel widths on the performance of direct methanol fuel cells under various operating temperatures
  63. Multiplicity of steady solutions in a two-sided lid-driven cavity with different aspect ratios
  64. Construction and analysis of personalized air-conditioning system
  65. Multiplicity flow solutions in a four-sided lid-driven cavity
  66. Analysis of proportional microfluidic mixing in a sequential injection micro-mixer
  67. Performance analysis of twin stack direct methanol fuel cells with hydrophilic and hydrophobic anode channels
  68. Dimensional effect of microchannels on microfluidic electrokinetic instability
  69. Experiment and numerical simulation of utilizing a vertical garden to reduce indoor carbon dioxide quantity
  70. Fabrication of nitride-based UV LEDs with low dislocation GaN buffer layers
  71. Separation and trapping of microparticles utilizing ac electroosmotic flow in a y-shaped microchannel with asymmetric electrode pairs
  72. Utilizing optical technique to develop an intelligent bio-chip monitoring system
  73. Twin stack of direct Methanol Fuel Cells with hydrophobic anode channels
  74. A case study on energy saving of the facility systems for 12-inch semiconductor wafer fabs in Taiwan
  75. Analysis of traveling-wave electro-osmotic pumping with double-sided electrode arrays
  76. Effect of particle sizes on the particle restraint and removal efficiencies in a laboratory utilizing a lagrangian particle-tracking method
  77. Tri-state switching behavior in a GaAs/InGaAs barrier structure
  78. Effects of electrode array dimensions on the pumping performance of traveling-wave electro-osmotic micro-pumps
  79. The performance analysis of direct methanol fuel cells with different hydrophobic anode channels
  80. The effect of air supply and air exhaust locations on particle restraint and removal in a laboratory utilizing a Lagrangian particle-tracking method
  81. Electrokinetic instability induced valveless multi-switching in a microfluidic chip
  82. The efficiency analysis of DMFCs with different hydrophobic anode channels
  83. Experimental observation of valveless multi-switching phenomenon in a microfluidic bio-chip using electrokinetic instability
  84. The optimum design of traveling-wave electroosmotic micropumps
  85. Microfluidic mixing with electrokinetic instability in a double T-shaped microchannel
  86. Effect of ionic concentration on electrokinetic instability in a cross-shaped microchannel
  87. Multicast services of digital television in a new management framework
  88. A user-friendly web content management system
  89. Microfluidic mixing with electrokinetic instability stirring by electrical field intensity perturbations
  90. Proportional mixing of microfluidic flows utilizing DC and AC electric fields in a T-type microchannel
  91. Transient response of a spiral fin with its base subjected to the variation of heat flux
  92. Multicast services of digital television in a new management framework
  93. Influence of different gas environments on the formation of thin film polysilicon by excimer laser annealing
  94. Evaporation of non-Newtonian fluid in porous medium under mixed convection
  95. Multiple fluid flow and heat transfer solutions in a two-sided lid-driven cavity
  96. Analysis of electrokinetic mixing using AC electric field and patchwise surface heterogeneities
  97. Electroosmotic flow driven by DC and AC electric fields in curved microchannels
  98. Transient electroosmotic flow induced by AC electric field in micro-channel with patchwise surface heterogeneities
  99. Sample flow switching techniques on microfluidic chips
  100. Transient analysis of electro-osmotic secondary flow induced by dc or ac electric field in a curved rectangular microchannel
  101. Time- and frequency- domain analysis of transient electroosmotic flow induced by sinusoidal ac electric field in a curved microtube
  102. Electrokinetically driven microfluidic mixing with patchwise surface heterogeneity and AC applied electric field
  103. Transient electroosmotic flow induced by DC or AC electric fields in a curved microtube
  104. Flow bifurcations in a square curved tube for small curvature ratio
  105. Flow bifurcation and transition in a gap between two-rotating spheres
  106. Flow bifurcations in a thin gap between two rotating spheres
  107. Flow bifurcation and heat transfer in a spherical gap
  108. Turbine blade heat transfer prediction in flow transition using k – ω two – Equation model
  109. Turbine blade heat transfer prediction in flow transition using k-ω two-equation model
  110. Numerical study of boundary layer transition and heat transfer in turbines