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作 者:田未沫 汤文翰 师文远 TIAN Weimo;TANG Wenhan;SHI Wenyuan(Southwest Jiaotong University,Chengdu Sichuan 610097,China)
机构地区:[1]西南交通大学,四川成都610097
出 处:《农业工程》2025年第3期46-49,共4页AGRICULTURAL ENGINEERING
摘 要:围绕拖拉机、播种机、施肥机、收获机及农业无人机等农业机械,结合ANSYS、EDEM、ADAMS等仿真软件,对Solidworks软件在农业机械设计与仿真中的应用现状、优势及发展趋势开展分析。利用三维建模、有限元分析、运动仿真和模态分析等技术,Solidworks能够快速调整设计方案、优化机械性能和设计参数、减少物理样机制作和测试数量,缩短产品开发周期,降低生产成本。未来Solidworks凭借强大的参数化设计、虚拟装配、仿真分析功能和软件集成功能与人工智能深度融合,引入智能算法,可以提高仿真精度,实现自动化设计与优化,推动农业机械设计向智能化、高效化和可持续方向发展。Based on tractors,seeder,fertilizer distributor,harvester,agricultural unmanned air vehicle,and other agricultural machinery,combined with ANSYS,EDEM,ADAMS,and other simulation software,analysis of current application status,advantages,and development trends of Solidworks in agricultural machinery design and simulation was studied.Through 3D modeling,finite element analysis,motion simulation,and modal analysis techniques,Solidworks could quickly adjust design schemes,optimize mechanical performance and design parameters,reduce number of physical prototype production and testing,shorten product development cycles,and reduce research and development costs.In the future,Solidworks will be deeply integrated with artificial intelligence with powerful parametric design,virtual assembly and simulation analysis functions,and software integration capabilities.It will introduce intelligent algorithms to improve simulation accuracy,achieve automated design and optimization,and promote agricultural machinery design towards intelligence,efficiency,and sustainability.
关 键 词:SOLIDWORKS 农业机械 产品设计 仿真分析
分 类 号:S225.71[农业科学—农业机械化工程]
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