《工程流体力学B》课程简介
课程编码:412403
课程名称:工程流体力学B
英文名称: Engineering Fluid Mechanics
开课学期:5
学时/学分: 40/2 (其中实验为8学时)
课程类型:学科基础必修课
开课专业:工科各专业本科生
选用教材:于萍主编:《工程流体力学》,科学出版社2015年8月第二版。
主要参考书:
1、张也影:《流体力学》,高等教育出版社1998年第二版。
2、孔珑主编.:《工程流体力学》,北京大学出版社1982年版。
3、清华大学工程力学系编:《流体力学基础》,水利电力出版社1992年版。
4、李诗久:《工程流体力学》,机械工业出版社1989年版。
5.、A. J. Ward-Smith :《Internal Fluid Flow 》,1980版
6.、王致清主编:《工程流体力学》,哈尔滨工业大学出版社1983年版。
执笔人:于萍
【课程名称】:《工程流体力学B》,(40学时/2学分,秋季)
[Course Name]:Engineering Fluid Mechanics (38 study hours/2 credits, Autumn Semester)
【教学目的】《工程流体力学》是我国高等院校工科各专业的一门主要专业基础课,作为研究流体力与运动的专业学科,本课程以高等数学、大学物理以及理论力学
等基础课程为基础,目的培养学生认识流体运动规律,掌握流体流动基本理论,为学生学习后续课程及奠定初步的流体力学理论基础。
[Course Objects] “Engineering Fluid Mechanics” is one of the major basic course of engineering specialty in higher education institutions in our country. As a specialized discipline to study flow and force of fluid, the course is based on Advanced mathematics, College Physics and Theoretical mechanics and so on. The purpose is to cultivate students' understanding of the law of fluid movement, master the basic theory of fluid flow, and study the follow-up course for students and lay the initial theoretical foundation of fluid mechanics.
【教学内容】本书共分八章。主要包括流体流动基本概念,牛顿内摩擦定律及应用;流体平衡状态的规律;流体流动的连续方程、伯努利方程及动量方程三大基本方程及在工程实际中的应用;流动过程中的损失及计算;简要介绍了气体流动基本规律。
[Teaching Content]This course consists of eight chapters. Which mainly includes the basic concepts of fluid flow, Newton's law of friction and application; the law of fluid equilibrium; the three basic equations of fluid flow, Bernoulli equation and momentum equation and its application in engineering practice; And the basic law of gas flow is briefly introduced.
【授课对象】 本课程的授课对象为机械工程、车辆工程、发动机、能源与动力工程、农业机械化与自动化和包装工程的专业本科生。本课程要求授课对象先修下列课程高等数学、大学物理、理论力学。
[Target Students] The target students of this course mainly are the undergraduates in mechanical engineering, automobile engineering, automobile engine, thermal energy and power engineering, automobile application engineering, agricultural mechanization and automation, packaging engineering. The preliminary requirement courses include Advanced mathematics, College Physics and Theoretical mechanics.