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土力学虚拟三轴实验教学平台的开发及应用
引用本文:曹培,张陈蓉,钱建固.土力学虚拟三轴实验教学平台的开发及应用[J].实验技术与管理,2021(1):127-130.
作者姓名:曹培  张陈蓉  钱建固
作者单位:;1.同济大学土木学院地下建筑与工程系
基金项目:同济大学第12期精品实验项目。
摘    要:基于现代信息网络技术,自主研发了多层次和多模块的土力学虚拟三轴实验教学平台,解决了传统三轴实验教学中存在的仪器设备数量不足、实验周期长、限制多等问题。利用虚拟实验平台,探索了虚实结合的实验教学模式,拓展了实验教学的时间、空间和深度,激发了学生的学习积极性和主动性。通过平台反馈信息,可以实时评估教学效果,有效提高了实验教学质量和水平。

关 键 词:土力学  虚拟仿真  三轴实验  实验教学

Development and application of virtual triaxial experimental teaching platform for soil mechanics
CAO Pei,ZHANG Chenrong,QIAN Jiangu.Development and application of virtual triaxial experimental teaching platform for soil mechanics[J].Experimental Technology and Management,2021(1):127-130.
Authors:CAO Pei  ZHANG Chenrong  QIAN Jiangu
Institution:(Department of Geotechnical Engineering,Civil Engineering College,Tongji University,Shanghai 200092,China)
Abstract:Based on modern information network technology, a multi-level and multi-module virtual triaxial experimental teaching platform for soil mechanics is developed, which solves the problem of long experimental cycle, insufficient equipment, and many restrictions in traditional triaxial experimental teaching. By using the virtual experiment platform, an experimental teaching model of virtual and practical combination is explored, the time, space and depth of experimental teaching have been extended, and the students’ enthusiasm and initiative have been aroused. Through the feedback information of the platform, the teaching effect can be evaluated in real time, which effectively improves the quality and level of experimental teaching.
Keywords:soil mechanics  virtual simulation  triaxial experiment  experimental teaching
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