A1.期刊論文

1. 洪政豪(2020).A Multidisciplinary Approach For Optimization Design of CNC Machine Tools.International Journal of Computational Methods,
2. 洪政豪(2019).Determination of Mechanical and Friction Properties of Carbon Composites at Different Scale Levels.Journal of Friction and Wear,
3. 洪政豪(2020).Determination of Mechanical and Friction Properties of Carbon Composites at Different Scale Levels.Journal of Friction and Wear,Vol.41
4. 洪政豪(2020).Determination of Mechanical and Friction Properties of Carbon Composites at Different Scale Levels.Journal of Friction and Wear,Vol.41(2)
5. 洪政豪(2020).Determination of Mechanical and Friction Properties of Carbon Composites at Different Scale Levels.Journal of Friction and Wear,Vol.41(2)
6. 洪政豪(2020).Determinations of thermoelastic instability for ball-bearing-like specimens with spacers and in grease lubrications.Tribology International,Vol. 151(106415)
7. 洪政豪(2019).Development and testing of a modular lathe tribometer tool to evaluate the lubricity aspect of cutting fluids on freshly cut surfaces.Tribology Online,Vol.14, No.5
8. 洪政豪(2020).Effect of coatings on lifetime of composite dampers.Journal of Physics,
9. 洪政豪(2019).Effect of coatings on lifetime of composite dampers.Journal of Physics,
10. 洪政豪(2019).Effect of rolling on the friction coefficient in three-body contact”, Advances in Mechanical Engineering.Advances in Mechanical Engineering,Vol.11(8)
11. 洪政豪(2020).Effects of carbon addition on high temperature mechanical, tribological, anti-corrosion and anti-glass-sticking properties of CrNbSiTaZr high entropy alloy coatings.Surface and Coatings Technology,
12. 洪政豪(2020).Effects of carbon doping on mechanical, tribological, structural, anti-corrosion and anti-glass-sticking properties of CrNbSiTaZr high entropy alloy coatings.Thin Solid Films,Vol. 717
13. 洪政豪(2020).Effects of pulse power and argon flux flow rate on mechanical and tribological properties of diamond-like carbon coatings prepared using high power impulse magnetron sputtering technology.Thin Solid Films,Vol.693
14. 洪政豪(2020).Evaluation of a comprehensive non-toxic, biodegradable and sustainable cutting fluid developed from Cocos-Nucifera.Journal of Engineering Tribology,
15. 洪政豪(2020).Evaluation of a comprehensive non-toxic, biodegradable and sustainable cutting fluid developed from Cocos-Nucifera.Journal of Engineering Tribology,
16. 洪政豪(2020).Investigation of tribological properties of two protic ionic liquids as additives in water for steel-steel and alumina-steel contacts.Wear,Vol.456-457
17. 洪政豪(2020).Investigation of tribological properties of two protic ionic liquids as additives in water for steel-steel and alumina-steel contacts.Wear,
18. 洪政豪(2020).Structure, mechanical properties and thermal stability of nitrogen-doped TaNbSiZrCr high entropy alloy coatings and their application to glass moulding and micro-drills.Surface & Coatings Technology,
19. 洪政豪(2018).Techniques Developed for Fault Diagnosis of Long-range Running Ball Screw Drive Machine to Evaluate Lubrication Condition.Measurement,Vol.126
20. 洪政豪(2019).The Effect of the Acetylene Gas flow rate and doping with Titanium on the mechanical and tribological properties of Diamond-Like Carbon.Journal of the Chinese Society of Mechanical Engineers,
21. 洪政豪(2018).The influence of friction force on sliding stability of controlled multibody systems – CNC machine tool.Jurnal Tribologi 19,
22. 洪政豪(2018).The Micro-Temperatures of the Peaks and Valleys of Sliding Rough Surfaces.Applied Mechanics and Materials,Vol.883
23. 洪政豪(2018).Tribological Performance, Electrochemical Behavior and Biocompatibility of High-Temperature Gas-Nitrided Ti6AL4V alloy.Industrial Lubrication and Tribology,Vol.70,No.8
24. 洪政豪(2018).Tribological, electrochemical and biocompatibility properties of Ti6Al4V alloy produced by selective laser melting method and then processed using gas nitriding, CN or Ti-C:H coating treatments.Surface and Coatings Technology,Vol.350
25. 洪政豪(2020).Uses of empirical mode decomposition and multi-entropy techniques to establish the correlations among vibrations, friction coefficients and component wear of ball-bearing-like specimens.Measurement,Vol.150

A2.研討會

1. 洪政豪(2018.2).Temperature and Roughness Properties of Cutting Surface of Band Sawing.The 3rd International Conference on Precision Machinery and Manufacturing Technology,Auckland
2. 洪政豪(2018.1).Contact load and film thickness under three-body contact condition.2018 STLE Tribology Frontiers Conference,Chicago
3. 洪政豪(2019.1).Tribological Properties of Full Bio-based Coffee Lubricant.OilDoc Conference and Exhibition 2019,Germany
4. 洪政豪(2019.11).A New Mixed Lubrication Model and Its Application in Machine Design .The 10th International Conference BALTTRIB'2019,Kaunas
5. 洪政豪(2018.9).Three-body mechanics and application in friction analysis of ball-screw.1st International Conference Problems of Mechanics and Control,Makhachkal
6. 洪政豪(2018.9).Tribological performance of 3D manufacture processed Ti6Al4V alloy used nitriding and carbon nitride coating treatments.Proceedings of the 6th Asia International Conference on Tribology,Malaysia
7. 洪政豪(2019.7).Temperatures Distribution and Contact Area of the Peaks of Three-dimensional Rough Surfaces.Proceedings of the 2nd Symposium on Intelligent Manufacturing & Mechatronics - SympoSIMM 2019,Malaysia
8. 洪政豪(2019.6).Effect of Nanoparticle on Pitting Wear during the Oil Lubrication Condition.The 15th IFToMM World Congress,Poland
9. 洪政豪(2018.11).Investigation of Lubrication Characteristics for a Soft Contact Lens.International Conference on Engineering Tribology and Applied Technology 2018,Taipei
10. 洪政豪(2018.11).Tribological Properties of Coffee Biolubricant.International Conference on Engineering Tribology and Applied Technology 2018,Taipei
11. 洪政豪(2018.11).A stochastic mixed lubrication analysis method.International Conference on Engineering Tribology and Applied Technology 2018,Taipei
12. 洪政豪(2018.11).Characteristics Study of Pitting Wear during the Oil Lubrication Condition.International Conference on Engineering Tribology and Applied Technology 2018,Taipei
13. 洪政豪(2018.11).Experimental Analysis of the Effect of Water and Environmental Particles on Lubricant Deterioration.International Conference on Engineering Tribology and Applied Technology 2018,Taipei
14. 洪政豪(2018.4).Stribeck Curve In Three-body Contact Condition.Turkeytrib'18 2nd International Conference on Tribology,Turkey
15. 洪政豪(2018.11).Band Saw Performance of H-beam Steel under the Different Tilt Angles.2018 IEEE International Conference on Advanced Manufacturing,Yunlin
16. 洪政豪(2020.12).A New Tribology Research Framework and its impact.Turkeytrib 3nd International Conference on Tribology,土耳其
17. 洪政豪(2019.9).A Portable - Modular Tool (a Lathe Tribometer) to Evaluate the Lubricity of a Cutting Fluid.International Tribology Conference Sendai 2019 (ITC Sendai2019),仙台
18. 洪政豪(2019.9).Study on Coffee Biolubricants Containing Nanoparticles .Japan-Taiwan Tribology Symposium 2019 (JTTS 2019),仙台
19. 洪政豪(2019.9).Study of Coffee Dregs Lubricant and Its Application in Band Sawing.International Tribology Conference Sendai 2019 (ITC Sendai2019),仙台
20. 洪政豪(2019.1).The mechanisms of Lubrication model for a Soft Contact Lens.第四屆台灣磨潤科技研討會(CTTT 2019),台南
21. 洪政豪(2019.1).Experimental Investigation of Friction-Vibration Correlation.第四屆台灣磨潤科技研討會(CTTT 2019),台南
22. 洪政豪(2019.1).三體混合潤滑分析模式的建構與應用.第四屆台灣磨潤科技研討會(CTTT 2019),台南
23. 洪政豪(2019.1).ZDDP添加劑在油潤滑下對表面損傷特性研究.第四屆台灣磨潤科技研討會(CTTT 2019),台南
24. 洪政豪(2019.1).Aquatic toxicity evaluation of cutting fluids using zebra fish embryos.第四屆台灣磨潤科技研討會(CTTT 2019),台南
25. 洪政豪(2019.1).三體混合潤滑模式及其在鏟花加工之機理研究.四屆台灣磨潤科技研討會(CTTT 2019),台南
26. 洪政豪(2020.7).Basic Contact Mechanics and Tribology of Three-Body Interface.48th International Summer School-Conference “Advanced Problems in Mechanics 2020 - ONLINE”,俄羅斯
27. 洪政豪(2020.12).The effect of particles on the formation of ZDDP tribofilm from lubricating oils.Mechanical Engineeting Research Day 2020,馬來西亞
28. 洪政豪(2020.11).Tribological and Microbial growth analysis of Cutting Fluids.2020 International Conference on Engineering Tribology and Applied Technology,嘉義
29. 洪政豪(2020.11).Investigation of Tribological Properties of Protic Ionic Liquids Having Long Chain Carboxylic Acid Anion.2020 International Conference on Engineering Tribology and Applied Technology,嘉義
30. 洪政豪(2020.11).Study of Adhesion Characteristics of Polymer Materials at Different Surface Roughness.2020 International Conference on Engineering Tribology and Applied Technology,嘉義
31. 洪政豪(2020.11).Surface Topography Evolution of Engineered Surfaces during Sliding Wear.2020 International Conference on Engineering Tribology and Applied Technology,嘉義
32. 洪政豪(2020.11).Effect of Water Content on Tribological Performance of Cutting Oil Degradation.2020 International Conference on Engineering Tribology and Applied Technology,嘉義
33. 洪政豪(2020.11).Study on Water Content Reaction to Grease Degradation Process by Optical Detection.2020 International Conference on Engineering Tribology and Applied Technology,嘉義