Solidworks仿真软件在现代工程人才培养中的应用
2017-07-01蒋善超辅小荣何坚强
蒋善超 辅小荣 何坚强
【摘 要】为提高自动化类专业毕业生的跨学科专业能力和多岗位适应能力,本文选取应用范围广、前瞻性强的检测技术作为人才培养的范例,阐述SolidWorks仿真软件在现代工程人才培养中的应用。通过对检测技术常用检测参数——应变建模仿真分析得:SolidWorks仿真软件不仅可以丰富检测技术的教学呈现方式,同时可以对一些知识盲点给出形象具体的解释,加深学生印象,提高授课效果。这种跨学科的授课模式符合“专而广”的教育教学发展趋势,对于促进工程人才培养具有一定研究意义及应用前景。
【关键词】跨学科;检测技术;SolidWorks;应变
Application of Simulation Software Solidworks in Modern Engineering Personnel Training
JIANG Shan-chao FU Xiao-rong HE Jiang-qiang
(Yancheng Institute of Technology, Jiang Su, Yan Cheng, 224052,China)
【Abstract】In order to improve the ability of interdiscipline and multi position adaptability of automation graduate, wide range of applications, forward-looking detection technology is chosen as an example in this paper to elaborate the application of simulation software Solidworks in modern engineering personnel training. Based on the modeling and simulation analysis of the commonly used detection parameters strain, simulation software Solidworks can not only enrich the teaching methods, but also give some specific explanations to some blind spots. This can deep the impression of students and improve teaching effect. This interdisciplinary teaching mode is in line with the development trend of "special and extensive" teaching and learning, which has certain research significance and application prospect in modern engineering personnel training.
【Key words】Interdiscipline; Detection technology; SolidWorks; Strain
0 引言
在工業4.0时代,工业自动化迎来历史性机遇,“中国制造2025”强国战略对现代企业的自动化工程师提出了新的能力需求。本文以提高自动化类专业毕业生的跨学科专业能力和多岗位适应能力,满足工业现代化飞速发展需要作为基本研究出发点,选取应用范围广、前瞻性强的检测技术作为人才培养的范例,阐述SolidWorks仿真软件在现代工程人才培养中的应用。作为工、农业生产及日常生活中最常用的技术,检测技术的发展水平已经成为评价一个国家科技及现代化水平高低的重要指标[1-4]。检测技术是一门理论性、综合性、多样性、实用性、跨学科性极强的控制工程专业的专业课程之一,且随着现代科技的快速发展,检测技术的多样性、前瞻性、实用性正在不断的更新换代。然而,受限于学校发展经费及场地的限制,较难通过单纯的采用增加实验设备的手段使学生接受检测技术相关知识的同时对其应用具有形象具体的了解。……
