Exploration on Instructing Mode of the Curriculum - Mechanical Engineering Materials

机译：课程 - 机械工程材料指导模式的探索

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摘要

In this paper, the new attempts on instructing mode of 'mechanical engineering Materials are conducted in order to improve the students' enthusiasm of learning and encourage the teachers' positivity of teaching. And these new trials are included Moocs, VR technology and project instructing mode, which facilitate the students to master the main content of this curriculum dramatically and improve the teaching quality to a large extent.

机译：在本文中，进行了“机械工程材料”指导模式的新尝试，以提高学生的学习热情，鼓励教师教学的积极性。这些新试验包括MOOCS，VR技术和项目指示模式，促进了学生大大掌握了本课程的主要内容，并在很大程度上提高了教学质量。

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《International Conference on Economics and Management, Education, Humanities and Social Sciences》|2017年|452p|共4页
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作者
Yinan Li; Zilong Peng;
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原文格式 PDF
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中图分类 F0-53;
关键词
Instructing mode; Moocs; VR technology; Project discussion teaching mode;

机译：指示模式;MOOCS;VR技术;项目讨论教学模式;

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专利

1. INTEGRATING DYNAMIC SYSTEMS MATERIALS INTO A MECHANICAL ENGINEERING CURRICULUM THROUGH INNOVATIVE USE OF WEB-BASED ACQUISITION AND HANDS-ON APPLICATION AND USE OF VIRTUAL GRAPHICAL USER INTERFACES Part 6: Design of a Measurement System to Integrate STEM Material [J] . Pete Avitabile Experimental Techniques . 2008,第4期

机译：通过基于Web的获取和手法的创新使用以及虚拟图形用户界面的使用，将动态系统材料集成到机械工程课程中，第6部分：集成STEM材料的测量系统设计
2. INTEGRATING DYNAMIC SYSTEMS MATERIALS INTO A MECHANICAL ENGINEERING CURRICULUM THROUGH INNOVATIVE USE OF WEB-BASED ACQUISITION AND HANDS-ON APPLICATION AND USE OF VIRTUAL GRAPHICAL USER INTERFACES Part 3: Dynamic Systems—Analytical and Experimental [J] . Pete Avitabile Experimental Techniques . 2008,第1期

机译：通过基于Web的获取和手法的创新使用以及虚拟图形用户界面的使用，将动态系统材料集成到机械工程课程中，第3部分：动态系统—分析和实验
3. Integrating dynamic systems materials into a mechanical engineering curriculum through innovative use of web-based acquisition and hands-on application and use of virtual graphical user interfaces - Part 4: Alternate approaches for teaching Fourier series applications [J] . Avitabile P Experimental Techniques . 2008,第2期

机译：通过创新性地使用基于Web的获取和动手应用程序以及使用虚拟图形用户界面，将动态系统材料集成到机械工程课程中-第4部分：教授傅立叶级数应用程序的替代方法
4. Exploration on Instructing Mode of the Curriculum - Mechanical Engineering Materials [C] . Yinan Li, Zilong Peng International Conference on Economics and Management, Education, Humanities and Social Sciences . 2017

机译：课程 - 机械工程材料指导模式的探索
5. A practical engineering model to predict the tensile strength of steel fiber-reinforced concrete from the mechanical properties of its constituent materials. [D] . Mousa, Belal Rashied. 1994

机译：一种实用的工程模型，可根据其组成材料的机械性能预测钢纤维增强混凝土的抗拉强度。
6. Cell-Biomaterial Mechanical Interaction in the Framework of Tissue Engineering: Insights Computational Modeling and Perspectives [O] . Jose A. Sanz-Herrera, Esther Reina-Romo 2011

机译：组织工程框架内的细胞-生物材料机械相互作用：见解计算模型和观点
7. Exploration on Instructing Mode of the Curriculum - Mechanical Engineering Materials [O] . Yinan Li, Zilong Peng 2017

机译：课程 - 机械工程材料指导模式的探索
8. Mechanical Constitutive Models for Engineering Materials. [R] . rohani, behzad 1977

机译：工程材料的力学本构模型。

Exploration on Instructing Mode of the Curriculum - Mechanical Engineering Materials

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