Search Results - "Rong, Kaibin"

On micro flank geometric topography design for spiral bevel and hypoid gears by Ding, Han, Li, Yanbin, Zhao, Qinyu, Lu, Shaofan, Rong, Kaibin, Sun, Jiayao, Hu, Zehua

“…•Macro tooth flank modeling, discretization and discrete point interpolation.•Determination of autocorrelation function from the actual measurement.•Fast…”
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Digital twin modeling for loaded contact pattern-based grinding of spiral bevel gears by Rong, Kaibin, Ding, Han, Kong, Xiannian, Huang, Rong, Tang, Jinyuan

“…To distinguish with the conventional tooth flank grinding only considering geometric accuracy, an innovative digital twin modeling is proposed for loaded…”
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Semi-FEM dynamic meshing impact forecasting model for spiral bevel and hypoid gear transmission by Ding, Han, Rong, Shifeng, Rong, Kaibin, Tang, Jinyuan

“…•Data-driven finite element modeling using universal motion concept (UMC) machine settings.•New dynamic loaded tooth contact analysis (DLTCA) focusing on local…”
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A novel tooth contact analysis method for conical worm drives: An enhanced ease-off topography-based approach with conforming grid and TE-clearance assessment by Rong, Kaibin, Tang, Jinyuan, Song, Biyun, Bu, Xuanqi, Zou, Xiaoping

“…•Ease-off topography high-precision computation by conforming griding.•Numerical enhancement method for rotational angle matrix contours.•Relationship between…”
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Forecasting model for hypoid gear elastohydrodynamic lubrication considering entrainment effect by Ding, Han, Li, Longyi, Li, Hongping, Rong, Kaibin, Tang, Jinyuan

“…•Dynamic loaded tooth contact analysis (DLTCA) for computing entrainment speed.•Accurate solution to elastohydrodynamic lubrication (EHL) governing…”
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Bending fatigue life oriented tooth flank dry-grinding tool modification for cleaner manufacturing of spiral bevel gear product by Ding, Han, Zhang, Yuntai, Li, Hongping, Rong, Kaibin, Tang, Jinyuan, Chen, Siyu

“…Gear tooth flank dry-cutting was beget with emergent and disruptive NC technology. This new technology is enabling ever-higher levels of production efficiency…”
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Loaded contact pressure distribution prediction for spiral bevel gear by Li, Haonan, Tang, Jinyuan, Chen, Siyu, Rong, Kaibin, Ding, Han, Lu, Rui

“…•A novel numerical multi-tooth loaded contact analysis model of spiral bevel gears.•An improved discrete tooth contact analysis method is proposed.•The…”
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Digital twin modeling for tooth surface grinding considering low-risk transmission performance of non-orthogonal aviation spiral bevel gears by Lei, Duncai, Rong, Kaibin, Song, Biyun, Ding, Han, Tang, Jinyuan

“…Low-risk transmission performance including elastic deformation, loaded contact pattern, load distribution and loaded transmission error is of paramount…”
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A parametric evaluation model of abrasive interaction for predicting tooth rough surface in spiral bevel gear grinding by Zhou, Weihua, Tang, Jinyuan, Rong, Kaibin, Li, Zhuan, Shao, Wen

“…The grinding of complex surface parts, such as spiral bevel gears (SBGs), involves intricate machine-tool settings and localized machining conditions. These…”
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Higher-order parametrized correction based contact performance forecasting model for spiral bevel gears by Rong, Kaibin, Song, Biyun, Wang, Jianxing, Qiu, Xu, Zhang, Guan, Rong, Shifeng, Tang, Jinyuan, Ding, Han

“…[Display omitted] •Higher-order expression of spiral bevel gear surface geometric topography.•Conjugate point generation model for high-order pinion tooth…”
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Energy loss and mechanical efficiency forecasting model for aero-engine bevel gear power transmission by Ding, Han, Li, Hongping, Chen, Siyu, Shi, Yingjie, Wang, Yongsheng, Rong, Kaibin, Lu, Rui

“…•Numerical loaded tooth contact analysis for meshing interface.•Meshing interface state evolution under TEHL condition.•Non-Newtonian fluid ETHL model…”
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Analytical calculation of mesh stiffness for spiral bevel gears with an improved global tooth deformation model by Li, Haonan, Tang, Jinyuan, Chen, Siyu, Ding, Han, Sun, Zhou, Rong, Kaibin

“…•A new analytical calculation method of mesh stiffness for spiral bevel gears.•An improved NLTCA model of spiral bevel gears is presented.•The global tooth and…”
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Life cycle assessment-driven collaborative optimization model of power dry cutting for face-hobbing hypoid gear production by Ding, Han, Rong, Shifeng, Rong, Kaibin, Tang, Jinyuan, Zhou, Zhenyu, Zhang, Jiange, Li, Guowen

“…Efficient, high-precision, energy-saving, green manufacturing and low-cost design is an increasingly important target to life cycle assessment (LCA) for…”
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Composite mechanical deformation based semi-analytical prediction model for dynamic loaded contact pressure of thin-walled aerospace spiral bevel gears by Lu, Shaofan, Ding, Han, Rong, Kaibin, Rong, Shifeng, Tang, Jinyuan, Xing, Bin

“…An innovative semi-analytical prediction model for dynamic loaded contact pressure is proposed for thin-walled aerospace spiral bevel gear transmission under…”
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Contact pattern expansion regulation model for spiral bevel gear transmission by Rong, Kaibin, Chen, Jian, Gao, Fantao, Zhou, Zhenyu, Tang, Jinyuan, Zhang, Jiange, Ding, Han

“…•An improved tooth contact analysis (TCA) solution for spiral bevel gear transmission.•Accurate definition and parametric assessment of contact pattern…”
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Sensitive misalignment oriented loaded contact pressure regulation model for spiral bevel gears by Song, Biyun, Chen, Jian, Zhou, Zhenyu, Rong, Kaibin, Zhao, Jiuyue, Ding, Han

“…•Improved tooth contact analysis with error (eTCA) for spiral bevel and hypoid gear transmission.•Loaded contact pressure prediction considering geometric edge…”
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High-performance tooth flank collaborative optimization model for spiral bevel and hypoid gears by Ding, Han, Li, Yanbing, Zhang, Yuntai, Rong, Shifeng, Tan, Jie, Zhang, Jiange, Rong, Kaibin

“…•A numerical loaded tooth contact analysis (NLTCA) solution.•Discrete convolution and fast Fourier transformation (DC-FFT) focusing on the micro-scale…”
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Top-Rem grinding tool modification considering loaded edge contact for spiral bevel gears by Rong, Kaibin, Ding, Han, Chen, Siyu, Wang, Yongsheng, Zhou, Zhenyu, Lu, Riu

“…Focusing on the collaborative manufacturing requiring meshing interface physical performances, an innovative Top-Rem grinding tool modification considering…”
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Sustainability-oriented dry cutting tool collaborative optimization model for face-hobbing hypoid gears by Rong, Shifeng, Zhang, Jiange, Zhang, Xing, Li, Keliang, Rong, Kaibin, Zhou, Zhenyu, Ding, Han

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Roughness tooth surface loaded contact pressure forecasting model for face-hobbed hypoid gears by Ding, Han, Rong, Shifeng, Zhang, Xing, Li, Keliang, Rong, Kaibin, Zhou, Zhenyu

“…[Display omitted] •Geometry generation considering both macro and micro tooth surfaces.•Numerical loaded tooth contact analysis (NLTCA) for face-hobbed spiral…”
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