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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mechanics-lectures/
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**课程名称：** 力学讲座 (Mechanics Lectures) **课程概述：** 本课程旨在培养学生运用静力学的基本原理和理论解决日常生活中常见应用问题的科学思维能力。课程将重点讲解力的概念、力矩以及刚体平衡的证明。通过学习，学生将能够分析和解决桁架、框架和机械等实际应用中的平衡问题。 **课程内容亮点：** * **核心概念：** 涵盖力的平行四边形定则、力的直角分量、质点平衡、力系合成为结果力、刚体平衡（受力图和平衡方程）等基础知识。 * **应用分析：** 深入讲解桁架（节点法）、框架和机械（受力图和平衡方程）的分析方法。 * **摩擦力学：** 探讨摩擦力的基本原理及其在平皮带传动中的应用。 * **质量控制与改进：** 引入统计质量控制的原理，包括质量改进工具、变量和属性控制图、控制图的选择、过程能力测量。 * **抽样检验：** 学习属性抽样检验计划的类型、特性、生产者与消费者关系、方案绩效、经济性分析，以及标准属性抽样计划的应用和局限性。 * **设计与可靠性：** 探讨设计质量、可靠性、产品寿命和过程设计等相关主题。 * **复习与巩固：** 课程包含综合复习章节，帮助学生巩固所学知识。 **培养技能：** * 利用数学和几何概念解决静力学问题。 * 运用工程制图概念解决工程问题。 **目标学员：** 希望理解和应用力学基本原理解决实际问题的学生和专业人士。
By the end of this course the student will be able to think scientifically in solving problems related to common application in his life using the principals and basic theories of statics such as ( forces, moment ) to proof the rigid body equilibrium in these common applications such as (trusses, frames and machines)The course introduces the principles and concepts of statistical quality control, quality improvement tools, control charts for variables, control charts for attributes, choice between attribute and variable control charts, process capability measures. It also covers the types of attribute acceptance sampling plans, characteristics of acceptance sampling plans, producer consumers‘ relationships, performanceof acceptance sampling plans, economics of acceptance sampling plans. The standard attribute acceptance sampling plans applications and limitation, the quality in design, reliability, product life and process design are included.1 Introduction to Mechanics 2 Parallelogram low 3 Rectangular components of force. 4 Equilibrium of particle. 5 Force system resultants. 6 Equilibrium of rigid body (Free Body Diagram) 7 Equilibrium of rigid body (Equilibrium Equation) 8 Trusses (Method of Joints) 9 Frames and machines (Free Body Diagram) 10 Frames and machines (Equilibrium Equation) 11 Friction 12 Friction on flat belts 13 RevisionGeneral Skills - How to use the mathematical and geometrical concepts to solve the statics problem. - How to use the engineering drawing concepts to solve the statics problem.
