追蹤
Shiqi FANG
Shiqi FANG
Mechanical Engineering, Rutgers University
在 rutgers.edu 的電子郵件地址已通過驗證
標題
引用次數
引用次數
年份
Tribological performance of laser patterned cemented tungsten carbide parts
S Fang, T Herrmann, A Rosenkranz, C Gachot, FG Marro, F Mücklich, ...
Procedia CIRP 42, 439-443, 2016
322016
Laser surface texturing of a WC-CoNi cemented carbide grade: Surface topography design for honing application
S Fang, L Llanes, D Bähre
Tribology International 122, 236-245, 2018
222018
Fabrication and tribological performance of a laser-textured hardmetal guiding stone for honing processes
S Fang, S Klein, CJ Hsu, L Llanes, C Gachot, D Bähre
International Journal of Refractory Metals and Hard Materials 84, 105034, 2019
202019
Ablation investigation of cemented carbides using short-pulse laser beams
S Fang, R Lima, D Sandoval, D Bähre, L Llanes
Procedia CIRP 68, 172-177, 2018
202018
Surface patterning of cemented carbides by means of nanosecond laser
S Fang, V Pérez, N Salán, D Baehre, L Llanes
Materials and manufacturing processes 35 (2), 123-129, 2020
182020
Quality prediction of reamed bores based on process data and machine learning algorithm: A contribution to a more sustainable manufacturing
S Schorr, M Möller, J Heib, S Fang, D Bähre
Procedia Manufacturing 43, 519-526, 2020
172020
Surface structuring of polycrystalline diamond (PCD) using ultrashort pulse laser and the study of force conditions
S Fang, S Klein
International Journal of Refractory Metals and Hard Materials 84, 105036, 2019
162019
Performance of laser surface textured cemented carbide tools during abrasive machining: Coating effects, surface integrity assessment and wear characterization
S Fang, S Klein, D Bähre, L Llanes
CIRP Journal of Manufacturing Science and Technology 31, 130-139, 2020
142020
Influence of laser pulse number on the ablation of cemented Tungsten Carbides (WC-CoNi) with different grain size
S Fang, CJ Hsu, S Klein, L Llanes, D Bähre, F Mücklich
Lubricants 6 (1), 11, 2018
142018
Frictional performance assessment of cemented carbide surfaces textured by laser
S Fang, L Llanes, S Klein, C Gachot, A Rosenkranz, D Bähre, F Mücklich
IOP conference series: materials science and engineering 258 (1), 012006, 2017
132017
Wear characterization of cemented carbides (wc–coni) processed by laser surface texturing under abrasive machining conditions
S Fang, L Llanes, D Bähre
Lubricants 5 (3), 20, 2017
122017
Analysis of different surface structures of hard metal guiding stones in the honing process
S Klein, S Fang, D Bähre
Procedia Manufacturing 10, 265-275, 2017
122017
Surface topography quantification of super hard abrasive tools by laser scanning microscopy
S Fang, L Llanes, M Engstler, D Baehre, F Soldera, F Muecklich
Materials Performance and Characterization 5 (5), 796-815, 2016
122016
Wear assessment of cemented carbide tools (WC–Co) with defined cutting edges under grinding-like service conditions
S Fang
Wear 476, 203744, 2021
102021
Surface integrity assessment of laser treated and subsequently coated cemented carbides
S Fang, FG Marro, N Salan, M Cruz, C Colominas, D Bähre, L Llanes
International Journal of Refractory Metals and Hard Materials 83, 104982, 2019
102019
Microstructural and metallurgical assessment of the laser-patterned cemented tungsten carbide (WC-CoNi)
S Fang, F Soldera, A Rosenkranz, T Herrmann, D Bähre, L Llanes, ...
Procedia Manufacturing 26, 198-204, 2018
92018
Laser Surface Texturing of PECM Tools and the Validation
S Fang, A Ernst, L Llanes, D Bähre
Procedia CIRP 95, 891-896, 2021
82021
Microstructural characterization of cemented carbides by 3D volume reconstruction
S Fang, L Llanes
Materials Characterization 159, 110061, 2020
82020
Fabrication of interference textures on cemented carbides using nanosecond and femtosecond laser pulses
S Fang, DW Müller, C Rauch, Y Cao, F Mücklich, L Llanes, D Bähre
Procedia CIRP 87, 216-221, 2020
72020
3D characterization of cubic boron nitride (CBN) composites used as tool material for high precision abrasive machining processes
S Fang, L Llanes, D Bähre, F Mücklich
Ceramics International 43 (17), 14693-14700, 2017
62017
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