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所在平台: Udemy |
课程主页: https://www.udemy.com/course/engineering-statics-online-course-rahsoft-mechanical-engineering-dept/
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课程名称：工程静力学在线课程 完整课程与实例 课程概述： 静力学是机械工程中所有其它课程的基础。静力学主要研究物体的平衡，特别是那些处于静止状态或以恒定速度运动的物体。这与动力学研究的加速运动正好相反。静力学是动力学学习的先决条件。 目标学生： 本课程的理想学生是大学一年级的工程专业学生，他们希望在未来的学术道路上建立坚实的基础。静力学为后续的工程学习奠定了良好的基础。 课程目标： 本课程有两个具体目标： 1. 介绍二维和三维中力、力偶和力矩的基本概念。 2. 发展相关的分析能力，以实际应用概念并形成扎实的理解。 课程目标： 完成本课程后，学生将能够： (a) 确定平面和空间力系统的合力。 (b) 计算平面面积和体积的重心及质心。 (c) 区分共点、共面的力系统与空间力系统。 (d) 绘制自由体图并具备分析能力。 (e) 分析平面和空间系统中的反应力和铰点所施加的力。 (f) 确定摩擦力及其对系统平衡的影响。 教学策略： 本课程将通过讲座和辅导课进行授课，辅导课旨在补充和增强讲座内容，使学生更好地理解学科。课程作业将与学生共同进行审查。
Course DescriptionStatics is the basis for all other courses in mechanical Engineering. Statics. Statics Deals with the Equilibrium of Bodies, That Is Those That Are Either at Rest or Move with a Constant Velocity. Opposite to what Dynamics Is Concerned with that is the Accelerated Motion of Bodies. Statics is the Prerequisite for dynamics on academic Procedure. Target Student The ideal student for this course are the engineering students who are in first year of university and want to establish a great foundation for their future academic path. Statics is a great basis for rest of the Engineering studies. Course GoalsThis course has two specific goals:(i) Introduction of basic concepts of force, couples and moments in two and three dimensions. (ii) Developing analytical skills relevant to using concepts practically and having a solid Perception Course ObjectivesAfter the student successfully finished this course:(a)Determination of the resultant in plane and space for force systems.(b) Determination of the centroid and center of mass of plane areas and volumes.(c) Distinguish between concurrent, coplanar and space force systems(d) Drawing the free body diagrams and the skill to analyze that (e) Analyzing the reactions and pin forces induces in plane and space systems (f) Determination of friction forces and their effect on the equilibrium of a system.Teaching Strategies-The course will be taught via Lectures and Tutorial Sessions, the tutorial being designed to complement and enhance both the lectures and the student appreciation of the subject. -Course work assignments will be reviewed with the students.
