《材料工程基础》课程简介（本科）.docx

材料工程基础课程简介课程英文名Fundamentals of Materials Engineering课程代码G0804Y13学分2总学时32理论学时32实验/实践学时0先修课程大学物理、高等代数适用专业材料类内容简介 （中文）材料工程基础是材料类专业课程体系中的一门重要的学科基础课，主 要面向材料类专业本科生，也可供在材料类工业领域从事相关科研和生产的工 程技术人员参考学习。材料工程基础着重阐述了材料工程的共性基础理论一动量、能量和质 量传递的基本规律和上述理论典型运用的单元过程一物料干燥、燃料燃烧，强 调理论知识与工程实践的有机结合。通过本课程的学习，使学生理解流体力学、 传热与传质基础等方面的基本概念，掌握动量、质量、热量传递和燃料燃烧反 应的基本理论、基本运算技能，具备认识和判断需要解决的新材料的产品设计、 工艺制定和质量管理等复杂工程问题的能力。内容简介 （英文）Fundamentals of Materials Engineering is one of importantly basic course in course system of materials specialty, which is intended for undergraduate students in materials specialty and can also be used for reference study of engineering technical personnel engaged in relevant scientific research and production in the field of material industry.Fundamentals of Materials Engineering emphatically expounds basic theories of material engineering-basic laws of momentum, energy and mass transfer and unit process of typical application of the above theories-materials drying and fuel combustion, which emphasizes an organic combination of theoretical knowledge and engineering practice. Through the study of this course, students can understand the basic concepts of fluid mechanics, heat and mass transfer. Students can also master the basic theories of momentum, mass transfer, heat transfer, fuel combustion and the corresponding basic operational skills. As a result, students possess the ability of recognizing and judging complex engineering issues, such as product design, process development and quality management of new materials.执笔人审定人制定时间2020年10月