LI, qinghua ;WANG, baizhong ;MA, chunlu ;GUAN, qingyu ;SHI, hu ;XIAO, kai ;ZHANG, shihong . Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy. Articles in Press, [S.l.], v. 0, n.0, p. , june 2024. ISSN 0039-2480. Available at: <https://www.sv-jme.eu/article/study-on-the-properties-of-sinusoidal-micro-textured-ball-end-milling-cutter-for-milling-titanium-alloy/>. Date accessed: 18 jul. 2024. doi:http://dx.doi.org/.
Li, Q., Wang, B., Ma, C., Guan, Q., Shi, H., Xiao, K., & Zhang, S. (0). Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy. Articles in Press, 0(0), . doi:http://dx.doi.org/
@article{.,
author = {qinghua Li and baizhong Wang and chunlu Ma and qingyu Guan and hu Shi and kai Xiao and shihong Zhang},
title = {Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy},
journal = {Articles in Press},
volume = {0},
number = {0},
year = {0},
keywords = {Sinusoidal micro-texture, milling performance of milling tools, milling force, milling temperature, surface roughness of the workpiece, parameter optimization, titanium alloy; },
abstract = { To improve the cutting performance in cutting hard alloys and achieve reasonable optimization of micro texture parameters, this paper proposes a sinusoidal micro textured tool, with four parameters set as micro-textured spacing, period, width, and amplitude. Establish three-dimensional models of no-micro-textured and micro-textured milling tools and simulate the milling process using finite element simulation. Study the effects of milling force and milling temperature on tool performance. Prepare micro- textured milling tools for orthogonal experiments, analyze the effects of milling force and workpiece surface roughness, and study the impact of different micro-textured parameters on tool milling performance. Obtain the parameters that have the greatest impact on tool milling performance, and then use genetic algorithm to optimize three sets of parameter combinations, Use the optimized parameters to prepare milling tools for comparative experiments, and then determine the optimal parameter combination. The research results indicate that micro- textured tools can effectively improve the milling performance of the tool, and the spacing between sinusoidal micro-textures has the greatest effect on improving the milling performance of the tool. When the period of sinusoidal micro-texture is 2.87 and the amplitude is 25.13μm. Width is 79.89μm. Spacing is 134.54μm, the milling performance of the tool is optimal.},
issn = {0039-2480}, pages = {}, doi = {},
url = {https://www.sv-jme.eu/article/study-on-the-properties-of-sinusoidal-micro-textured-ball-end-milling-cutter-for-milling-titanium-alloy/}
}
Li, Q.,Wang, B.,Ma, C.,Guan, Q.,Shi, H.,Xiao, K.,Zhang, S. 0 June 0. Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy. Articles in Press. [Online] 0:0
%A Li, qinghua %A Wang, baizhong %A Ma, chunlu %A Guan, qingyu %A Shi, hu %A Xiao, kai %A Zhang, shihong %D 0 %T Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy %B 0 %9 Sinusoidal micro-texture, milling performance of milling tools, milling force, milling temperature, surface roughness of the workpiece, parameter optimization, titanium alloy; %! Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy %K Sinusoidal micro-texture, milling performance of milling tools, milling force, milling temperature, surface roughness of the workpiece, parameter optimization, titanium alloy; %X To improve the cutting performance in cutting hard alloys and achieve reasonable optimization of micro texture parameters, this paper proposes a sinusoidal micro textured tool, with four parameters set as micro-textured spacing, period, width, and amplitude. Establish three-dimensional models of no-micro-textured and micro-textured milling tools and simulate the milling process using finite element simulation. Study the effects of milling force and milling temperature on tool performance. Prepare micro- textured milling tools for orthogonal experiments, analyze the effects of milling force and workpiece surface roughness, and study the impact of different micro-textured parameters on tool milling performance. Obtain the parameters that have the greatest impact on tool milling performance, and then use genetic algorithm to optimize three sets of parameter combinations, Use the optimized parameters to prepare milling tools for comparative experiments, and then determine the optimal parameter combination. The research results indicate that micro- textured tools can effectively improve the milling performance of the tool, and the spacing between sinusoidal micro-textures has the greatest effect on improving the milling performance of the tool. When the period of sinusoidal micro-texture is 2.87 and the amplitude is 25.13μm. Width is 79.89μm. Spacing is 134.54μm, the milling performance of the tool is optimal. %U https://www.sv-jme.eu/article/study-on-the-properties-of-sinusoidal-micro-textured-ball-end-milling-cutter-for-milling-titanium-alloy/ %0 Journal Article %R %& %P 1 %J Articles in Press %V 0 %N 0 %@ 0039-2480 %8 2024-06-21 %7 2024-06-21
Li, qinghua, baizhong Wang, chunlu Ma, qingyu Guan, hu Shi, kai Xiao, & shihong Zhang. "Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy." Articles in Press [Online], 0.0 (0): . Web. 18 Jul. 2024
TY - JOUR AU - Li, qinghua AU - Wang, baizhong AU - Ma, chunlu AU - Guan, qingyu AU - Shi, hu AU - Xiao, kai AU - Zhang, shihong PY - 0 TI - Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy JF - Articles in Press DO - KW - Sinusoidal micro-texture, milling performance of milling tools, milling force, milling temperature, surface roughness of the workpiece, parameter optimization, titanium alloy; N2 - To improve the cutting performance in cutting hard alloys and achieve reasonable optimization of micro texture parameters, this paper proposes a sinusoidal micro textured tool, with four parameters set as micro-textured spacing, period, width, and amplitude. Establish three-dimensional models of no-micro-textured and micro-textured milling tools and simulate the milling process using finite element simulation. Study the effects of milling force and milling temperature on tool performance. Prepare micro- textured milling tools for orthogonal experiments, analyze the effects of milling force and workpiece surface roughness, and study the impact of different micro-textured parameters on tool milling performance. Obtain the parameters that have the greatest impact on tool milling performance, and then use genetic algorithm to optimize three sets of parameter combinations, Use the optimized parameters to prepare milling tools for comparative experiments, and then determine the optimal parameter combination. The research results indicate that micro- textured tools can effectively improve the milling performance of the tool, and the spacing between sinusoidal micro-textures has the greatest effect on improving the milling performance of the tool. When the period of sinusoidal micro-texture is 2.87 and the amplitude is 25.13μm. Width is 79.89μm. Spacing is 134.54μm, the milling performance of the tool is optimal. UR - https://www.sv-jme.eu/article/study-on-the-properties-of-sinusoidal-micro-textured-ball-end-milling-cutter-for-milling-titanium-alloy/
@article{{}{.},
author = {Li, Q., Wang, B., Ma, C., Guan, Q., Shi, H., Xiao, K., Zhang, S.},
title = {Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy},
journal = {Articles in Press},
volume = {0},
number = {0},
year = {0},
doi = {},
url = {https://www.sv-jme.eu/article/study-on-the-properties-of-sinusoidal-micro-textured-ball-end-milling-cutter-for-milling-titanium-alloy/}
}
TY - JOUR AU - Li, qinghua AU - Wang, baizhong AU - Ma, chunlu AU - Guan, qingyu AU - Shi, hu AU - Xiao, kai AU - Zhang, shihong PY - 2024/06/21 TI - Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy JF - Articles in Press; Vol 0, No 0 (0): Articles in Press DO - KW - Sinusoidal micro-texture, milling performance of milling tools, milling force, milling temperature, surface roughness of the workpiece, parameter optimization, titanium alloy, N2 - To improve the cutting performance in cutting hard alloys and achieve reasonable optimization of micro texture parameters, this paper proposes a sinusoidal micro textured tool, with four parameters set as micro-textured spacing, period, width, and amplitude. Establish three-dimensional models of no-micro-textured and micro-textured milling tools and simulate the milling process using finite element simulation. Study the effects of milling force and milling temperature on tool performance. Prepare micro- textured milling tools for orthogonal experiments, analyze the effects of milling force and workpiece surface roughness, and study the impact of different micro-textured parameters on tool milling performance. Obtain the parameters that have the greatest impact on tool milling performance, and then use genetic algorithm to optimize three sets of parameter combinations, Use the optimized parameters to prepare milling tools for comparative experiments, and then determine the optimal parameter combination. The research results indicate that micro- textured tools can effectively improve the milling performance of the tool, and the spacing between sinusoidal micro-textures has the greatest effect on improving the milling performance of the tool. When the period of sinusoidal micro-texture is 2.87 and the amplitude is 25.13μm. Width is 79.89μm. Spacing is 134.54μm, the milling performance of the tool is optimal. UR - https://www.sv-jme.eu/article/study-on-the-properties-of-sinusoidal-micro-textured-ball-end-milling-cutter-for-milling-titanium-alloy/
Li, qinghua, Wang, baizhong, Ma, chunlu, Guan, qingyu, Shi, hu, Xiao, kai, AND Zhang, shihong. "Study on the properties of sinusoidal micro-textured ball end milling cutter for milling titanium alloy" Articles in Press [Online], Volume 0 Number 0 (21 June 2024)
Articles in Press
To improve the cutting performance in cutting hard alloys and achieve reasonable optimization of micro texture parameters, this paper proposes a sinusoidal micro textured tool, with four parameters set as micro-textured spacing, period, width, and amplitude. Establish three-dimensional models of no-micro-textured and micro-textured milling tools and simulate the milling process using finite element simulation. Study the effects of milling force and milling temperature on tool performance. Prepare micro- textured milling tools for orthogonal experiments, analyze the effects of milling force and workpiece surface roughness, and study the impact of different micro-textured parameters on tool milling performance. Obtain the parameters that have the greatest impact on tool milling performance, and then use genetic algorithm to optimize three sets of parameter combinations, Use the optimized parameters to prepare milling tools for comparative experiments, and then determine the optimal parameter combination. The research results indicate that micro- textured tools can effectively improve the milling performance of the tool, and the spacing between sinusoidal micro-textures has the greatest effect on improving the milling performance of the tool. When the period of sinusoidal micro-texture is 2.87 and the amplitude is 25.13μm. Width is 79.89μm. Spacing is 134.54μm, the milling performance of the tool is optimal.