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田元盛(Yuansheng Tian),周斌(Bin Zhou) YIXIN 출판사 2024 Journal of China Studies Vol.2 No.4
乡村要振兴,文化必振兴。本文立足于马克思主义关于文化与经济、社会相互作用的基本原理,探讨了文化振兴在乡村振兴战略中的核心地位与功能价值。结合我国乡村振兴战略的具体实践,本文首先分析文化振兴在乡村振兴过程中的关键地位与作用机理,其次探讨了乡村振兴视域下文化振兴的现实困境,最后,立足于现实国情,针对我国乡村文化振兴面临的挑战与机遇,提出具有针对性的路径探索与优化策略。通过传承中华优秀传统文化,重塑乡村文明风气;疏通人才引进渠道,打造高素质文化振兴队伍;加大财政资金投入,完善公共文化服务体系等路径措施,以期给当前乡村地区文化建设与发展提供有价值的参考意见,切实推动乡村振兴的高质量发展。 To revitalize the countryside, culture must be revitalized. Based on the basic principles of Marxism on the interaction between culture, economy and society, this paper discusses the core position and functional value of cultural revitalization in rural revitalization strategy. Combined with the specific practice of China’s rural revitalization strategy, this paper first analyzes the key position and mechanism of cultural revitalization in the process of rural revitalization, then discusses the realistic predicament of cultural revitalization in the perspective of rural revitalization, and finally, based on the actual national conditions, proposes targeted path exploration and optimization strategies for the challenges and opportunities faced by China's rural cultural revitalization. By inheriting the excellent traditional Chinese culture, the rural civilization is rebuilt; Dredge the channels of talent introduction, build high-quality cultural revitalization team; Increase financial investment, improve the public cultural service system and other measures, in order to provide valuable reference opinions for the current cultural construction and development of rural areas, and effectively promote the high-quality development of rural revitalization.
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Novel kinematic and geometric views for improving tooth contact analysis of spatial gears
Wang Shenghui,Zhou Yuansheng,Chu Chih-Hsing,Tang Jinyuan 한국CDE학회 2022 Journal of computational design and engineering Vol.9 No.3
Tooth contact analysis (TCA) has been widely applied to evaluate the working performance of gear pairs. TCA is often formulated with five unknowns and five independent scalar equations. The solution process involves a global optimization problem with strong nonlinearity and numerical instability, especially for spatial gears with complicated tooth geometries. This study proposes novel kinematic and geometric views of gearing that reveal insights into the meshing process of spatial gears. One unknown can be removed from the position and normal equations of the TCA formulation. To solve the remaining four unknowns, a simplified optimization model with two unknowns is proposed, and the other two unknowns are obtained by using geometric iterative methods or directly from explicit expressions in some cases. A general algorithm was developed to solve the simplified TCA. The test results of both the spiral bevel and face gear drives validate the effectiveness of the proposed method.
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