基于虚拟仿真的铸造工艺及装备实验教学平台的开发与应用
Research and development of casting technology and equip-ment experimental teaching platform based on virtual simula-tion
付辉 1李军 1李静 2李一男1
作者信息
- 1. 北京联合大学 机器人学院,北京 100101
- 2. 北京航天测控技术有限公司,北京 100041
- 折叠
摘要
铸造工艺虚拟仿真实验教学平台的建设解决了铸造工艺设计周期长、实验成本高、浇铸过程危险和环境污染等问题,采用了"集中指导+独立完成+合作探索"相结合的方式,将"分层次、交互式、重探索、多样性"的教学方法融入其中,让学生在"沉浸式"的交互探究式操作中加深了对铸造工艺基础理论知识的理解,为支持学生自主开展铸造过程的探究和培养学生自主创新能力提供了工具和方法.
Abstract
The construction of the casting process virtual simulation experiment teaching platform not only solved the problems of long casting process design cycle,high experiment cost,danger-ous pouring process and environmental pollution,but also adopted the combination of"centralized guidance+independent completion+cooperative exploration"and integrated the teaching meth-od of"hierarchical,interactive,re-exploration and diversity".In the"immersive"interactive inquiry operation,deepened students'understanding of the basic theoretical knowledge of the casting pro-cess,and provided means and tools to support students'independent exploration of the casting process and cultivate students'independent innovation ability.
关键词
铸造/虚拟仿真/实验平台/实践教学Key words
casting/virtual simulation/experimental platform/practical teaching引用本文复制引用
出版年
2024
NETL
NSTL
万方数据