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The last edit to this post was made by Shutong on 2023-7-16 at 18:48. ├─1.1 Basic Theories of Mechanical Design Manuals │ Planning Textbooks for Mechanical and Electrical Engineering in Higher Education in the 21st Century: Mechanical and Electrical Control Technology and Applications, compiled by Chen Yong et al., 2015 edition.pdf │ Detailed Examples of Mechanical and Structural Analysis using ANSYS14.5.pdf │ ANSYS Technology Series: Introduction to ANSYS CFD – Basics and Applications of Computational Fluid Dynamics, compiled by Hu Kun, Hu Tingting, Ma Haifeng et al., 2019 edition.pdf │ EasyDuplicate.ini │ Mastercam X8 Handbook – Part of the Mechanical Design and Manufacturing Series.pdf │ WANSHUI ANSYS Technology Series: Advanced Applications of ANSYS Workbench in Structural Engineering, compiled by Liu Xiaotian, 2015 edition.pdf │ Series of Reports on Disciplinary Development by the China Association for Science and Technology: Report on the Development of Power Machinery Engineering, 2011 edition.pdf │ Series of Books by the China Association for Science and Technology on High-Level Scientific and Technological Innovation: Vision for China’s Science, Technology, and Society by 2049 – Manufacturing Technology and Future Factories, compiled by the Chinese Mechanical Engineering Society, 2016 edition.pdf │ Zhongtian Training Manual: Mechatronics – Taking the Yuanfeng TVT-METSA-T Equipment as an Example, written by Zhou Xiufeng, 2017 edition.pdf │ University Textbooks Published by Central Radio Station – Series of Textbooks for Mechanical Design, Manufacturing, and Automation; Basics of Industrial Design, edited by Li Li, 2013 edition.pdf │ Bionic Mechanics 235.pdf │ Introduction to Bionic Machinery, compiled by Luo Xiao and Luo Qingsheng, 2019 edition.pdf │ Methods and Applications of Customized Mechanical Product Design Driven by Shared Models, written by Qin Huibin, 2016 edition.pdf │ Handbook of Shock and Vibration (5th Edition), by Liu Shulin, 1096.pdf │ Shock Dynamics 409.pdf │ Advances in Shock Dynamics 423.pdf │ Handbook of Shock and Vibration, by Harris, 928.pdf │ Dynamics of Shock-Mechanical Systems 191.pdf │ Theory of Mechanical Design in Metallurgy, by Zou Jiaxiang, August 1998, 239 pages.pdf │ Geometric Precision Standards, edited by Chen Qianghua and He Yongxi, 2015 edition.pdf │ Theory and Applications of Rigid Body Dynamics 426.pdf │ Theory and Applications of Rigid Spring Systems 141.pdf │ Basics of Dynamics.pdf │ Vibration and Noise in Power Machinery.pdf │ Control of Vibration and Noise in Power Machinery, edited by Yang Nonglin, 2018 edition.pdf │ Series of Textbooks for Cultivating Innovative Mechanical Engineers: Basics of Modern Mechanical Design.pdf │ Dynamics of Compressible Fluids.pdf │ Assemblyability Design 238.pdf │ Calculation Methods for Transonic and Subsonic Flow Fields in Turbomachinery 262.pdf │ The Secrets of Machines – How Do Machines Work? .pdf │ Basic Information 710.pdf │ Volume of Fundamental Theories, Article 11: Chemistry.pdf │ Volume of Fundamental Theories, Article 1: Units, Data, and Information.pdf │ Volume of Fundamental Theories, Article 6: Mechanical Vibration.pdf │ Tribology of Plastics – Theory and Practice of Friction, Wear, and Lubrication in Plastics.pdf │ Theory of Natural Vibration of Multi-degree-of-Freedom Structures – Hu Haichang.pdf │ Practical Mechanisms – Shen.pdf │ Practical Modern Mechanical Design Methods [Edited by Li Qiang et al.] High-resolution editable text version.pdf │ Comparative Study of Methods for Calculating Local Stresses (Part 2) 7.pdf │ Synthesis of Planar Mechanisms (Volume 1) ((Soviet) I.I. 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rotating machinery.pptx │ Relevant standards for machine vibration measurement and evaluation 23.ppt │ Mechanism analysis (classic).zip │ Structural analysis of mechanism (kinematic pair).ppt │ Mechanical.ppt │ Mechanical optimization design.zip │ Mechanical principles 8.PPT │ Mechanical Principles.ppt │ Mechanical Principles ppt.zip │ Introduction to mechanical principles.ppt │ Mechanical reliability design.ppt │ Mechanical foundation.zip │ Mechanical industry development trend and industry revitalization.ppt │ Mechanical engineering and automation department testing technology courseware.zip │ Mechanical engineering control basics 38.ppt │ Basics of Mechanical Engineering Control.ppt │ Comparison between nonlinear vibration and linear vibration of mechanical vibration 97.ppt │ Mechanical vibration (viscous damping) 12.ppt │ Mechanical vibration and noise control.ppt │ Mechanical balance.PPt │ Mechanical efficiency and self-locking.PPt │ Mechanical composition, classification and development.zip │ Mechanical notes.ppt │ Mechanical self-locking.ppt │ Mechanical equipment.ppt │ Mechanical design.ppt │ Introduction to the basics of mechanical design.PPT │ Basics of Mechanical Design Chapter 9 Introduction to Mechanical Parts Design.ppt │ Basics of Mechanical Design (PPT).zip │ Basics of Mechanical Design_Supporting content.zip │ Basic knowledge of mechanical design.ppt │ Basic courseware of mechanical design_Chapter 8_Commonly used mechanisms.ppt │ Commonly used mechanisms in mechanical design.ppt │ General introduction to mechanical design.ppt │ Degree of freedom and speed analysis of planar mechanisms in the best mechanical design courseware.ppt │ Overview of mechanical design (2).ppt │ Overview of mechanical design.ppt │ Mechanical design courseware Pu Lianggui version 12.ppt │ Mechanical design materials.ppt │ Mechanical courseware.zip │ Electromechanical.zip │ Introduction to mechatronics technology.ppt │ Modern design of fluid machinery (2).ppt │ Tsinghua University Mechanical Principles courseware.zip │ Tsinghua University Mechanical Design Lecture Notes 1.ppt │ Tsinghua University Mechanical Design Lecture Notes 2.ppt │ Tsinghua University Mechanical Design Lecture Notes 3.ppt │ Tsinghua University Mechanical Design Lecture Notes 4.ppt │ Tsinghua University Mechanical Design Lecture Notes 5.ppt │ physics: Chapter 11 "Mechanical Vibration" PPT courseware (New People's Education Edition - Elective 3-4) 90.ppt │ Modern mechanical design methods.ppt │ Modern mechanical design theories and methods - optimal design and finite element method.ppt │ Modern mechanical design theories and methods - finite element application.ppt │ Modern mechanical design theories and methods.ppt │ Relative motion dynamics.pptx │ Lecture 08 Chapter 4 Axial Tension and Compression.ppt │ Lecture 14 Part 3 Common Mechanisms.ppt │ Lecture 15 Chapter 9 Planar Link Mechanism.ppt │ Lecture 16 9.2 Basic Properties of the Hinge Four-bar Mechanism.ppt │ Chapter 17 Machine Base and Box.ppt │ Lecture 17 Chapter 10 Cam Mechanism.ppt │ Lecture 18 Graphical Design of the Disc Cam Profile Curve of the Moving Follower.ppt │ Chapter 19 Fundamentals of Mechanical Vibration 83.pptx │ Chapter 2 Strength Issues in Mechanical Design.ppt │ Chapter 6 Intermittent Motion Mechanism.ppt │ Chapter 7 Adjustment of Mechanical Operating Speed Fluctuation.ppt │ Chapter 1 Vibration of Single Degree of Freedom System 81.ppt │ Chapter 1 Composition, Classification and Development of Machinery.ppt │ Chapter 1 Basics of Mechanical Design.ppt │ Chapter 1 General Introduction to Mechanical Design.ppt │ Chapter 3 Force Performance of Axial Forced Components.ppt │ Chapter 3 Composition and Structural Analysis of Mechanism.ppt │ Chapter 3 Forced Performance of Axial Forced Components.ppt │ Section 9 Failure and Management of Crank-Connecting Rod Mechanism 58.ppt │ Chapter 29: Scheme design of mechanical execution system.ppt │ Chapter 25: Methods and criteria for mechanical structure design.ppt │ Chapter 28: Overall scheme design of machinery.ppt │ Chapter 2: Basics of mechanical vibration 122.ppt │ Chapter 2 Introduction to Mechanical Design and Related Courses.ppt │ Chapter 2 Fluid Machinery.ppt │ Chapter 2 Axial Tension and Compression.ppt │ Chapter 5 Vibration Isolation and Damping 58.ppt │ Chapter 5 Mechanical Vibration 29.pptx │ Chapter 11 Pressure Rod Stability.ppt │ Chapter 11 Mechanical System Dynamics.ppt │ Chapter 12 Mechanical Balance.ppt │ Chapter 4 Axial Forced Components.ppt │ Precision Machinery Design Courseware.zip │ Structural Design Principles 53.ppt │ Calculation of moment of inertia.ppt │ Gear train.PPt │ Shaft.ppt │ Axial tension and compression.ppt │ Axial stressed member.ppt │ Process fluid machinery lecture notes.ppt │ ├─Mechanism analysis (classic) │ Structural analysis of planar mechanism.ppt │ Motion analysis of planar mechanism.ppt │ Structural analysis of mechanism (kinematic pair).ppt │ ├─Mechanical optimization design │ Quadratic interpolation.ppt │ Newton's method second-order gradient method.ppt │ Chapter 3 Unconstrained Optimization.ppt │ Chapter 2 One-dimensional optimization method.ppt │ Chapter 2_One-dimensional optimization method.ppt │ ├─Mechanical principles ppt │ Chapter 1 Composition, classification and development of machinery.ppt │ Chapter 7 Cam mechanism.ppt │ Chapter 3 composition and structural analysis of mechanism.ppt │ Chapter 9 Gear train.ppt │ Chapter 21 Rolling bearing.ppt │ Chapter 29 Scheme design of mechanical execution system.ppt │ Chapter 22 Sliding bearing.ppt │ Chapter 25 Methods and criteria for mechanical structure design.ppt │ Chapter 28 Overall scheme design of machinery.ppt │ Chapter 26 Structural design of shafting and wheel parts.ppt │ Chapter 2 Introduction to mechanical design and related courses.ppt │ Chapter 5 Force analysis of planar mechanisms.ppt │ Chapter 6 Linkage mechanism.ppt │ Chapter 17 Belt drive and chain drive.ppt │ Chapter 13 Basics of Mechanical Parts Design.ppt │ Chapter 12 Mechanical Balance.ppt │ Chapter 15 Hub Connection.ppt │ Chapter 16 Spiral Transmission.ppt │ Chapter 14 Threaded Connection.ppt │ Chapter 10 Other Common Mechanisms.ppt │ Chapter 4 Motion Analysis of Planar Mechanisms.ppt │ ├─Mechanical Basics │ Chapter 11 Pneumatic Transmission.ppt │ Chapter 4 Belt drive and chain drive.ppt │ Chapter 7 Adjustment of mechanical operating speed fluctuation.ppt │ Chapter 8 Commonly used mechanisms.ppt │ Chapter 9 Introduction to mechanical parts design.ppt │ ├─Testing technology courseware of the Department of Mechanical Engineering and Automation │ Chapter 0 Introduction.ppt │ Chapter 12 Virtual test instrument.ppt │ Chapter 2 Basics of signal analysis.ppt │ Chapter 3 Basic Characteristics of Test System.ppt │ Chapter 4 Analog Signal Analysis.ppt │ Chapter 8 Vibration Test.ppt │ ├─Composition, Classification and Development of Machinery │ 10 Chapter 10 Other Common Mechanisms.ppt │ 12 Chapter 12 Mechanical Balance.ppt │ 13 Chapter 13 Basics of Mechanical Parts Design.ppt │ 14 Chapter 14 Threaded Connection.ppt │ 15 Chapter 15 Hub Connection.ppt │ 16 Chapter 16 Spiral Transmission.ppt │ 17 Chapter 17 Belt Drive and Chain Drive.ppt │ 1 Chapter 1 Composition, Classification and Development of Machinery.ppt │ 21 Chapter 21 Rolling Bearing.ppt │ 22 Chapter 22 Sliding Bearing.ppt │ 25 Chapter 25 Methods and Criteria for Mechanical Structure Design.ppt │ 26 Chapter 26 Structural design of shafting and wheel parts.ppt │ 28 Chapter 28 Overall scheme design of machinery.ppt │ 29 Chapter 29 Scheme design of mechanical execution system.ppt │ 2 Chapter 2 Introduction to mechanical design and related courses.ppt │ 3 Chapter 3 The composition and structure analysis of the mechanism.ppt │ 4 Chapter 4 Motion analysis of the planar mechanism.ppt │ 5 Chapter 5 Force Analysis of Planar Mechanism.ppt │ 6 Chapter 6 Linkage Mechanism.ppt │ 7 Chapter 7 Cam Mechanism.ppt │ 9 Chapter 9 Gear Train.ppt │ ├─Basics of Mechanical Design (PPT) │ Lecture 01 Introduction.ppt │ Lecture 02 Chapter 1 Basics of Component Static Analysis.ppt │ Lecture 03 Chapter 2 Plane Force System.ppt │ Lecture 04 Plane General Force System.ppt │ Lecture 05 Balance Problem Considering Friction.ppt │ Lecture 06 Chapter 3 Spatial Force System.ppt │ Lecture 07 Chapter 4 Axial Tension and Compression.ppt │ Lecture 08 Chapter 4 Axial Tension and Compression.ppt │ Lecture 09 Chapter 5 Shear.ppt │ Lecture 10 Chapter 6 Torsion of circular axis.ppt │ Lecture 11 Chapter 6 Torsion of circular axis.ppt │ Lecture 12 Chapter 7 Bending of straight beam.ppt │ Lecture 13 Chapter 7 Bending of straight beam.ppt │ Lecture 14 Chapter 8 Motion diagram of planar mechanism.ppt │ Lecture 15 Chapter 9 Planar link mechanism.ppt │ Lecture 16 Basic properties of hinged four-bar mechanism.ppt │ Lecture 17 Chapter 10 Cam Mechanism.ppt │ Lecture 18 Graphical design of the contour curve of the moving follower disc cam.ppt │ Lecture 24 Calculation of transmission ratio of epicyclic gear train.ppt │ Lecture 25 Chapter 14 Belt drive.ppt │ Lecture 26 Chapter 14 Belt drive (continued).ppt │ Lecture 27 Chapter 15 Connection.ppt │ Lecture 28 15.3 Threaded Connection.ppt │ Lecture 29 Chapter 16 Shaft System Components.ppt │ Lecture 30 16.2 Rolling Bearing.ppt │ ├─Basics of Mechanical Design_Supporting content │ Chapter 10 Connection.PPT │ Chapter 11 Shaft.PPT │ Chapter 14 Mechanical Speed Regulation and Balance.PPT │ Chapter 15 Introduction to Mechanical System Design.PPT │ Chapter 1 Introduction.PPT │ Chapter 2 Planar Mechanism Analysis.PPT │ Chapter 3 Planar Linkage Mechanism.PPT │ Chapter 4 Cam Mechanism.PPT │ Chapter 5 Intermittent Motion Mechanism.PPT │ Chapter 8 Belt Drive and Chain Drive.PPT │ Chapter 9 Gear Train.PPT │ ├─Mechanical Courseware │ Chapter 10 Flexible Transmission.ppt │ Chapter 15 Spring.ppt │ Chapter 1 Introduction.ppt │ Chapter 20 Mechanical Speed Regulation and Balance.ppt │ Chapter 2 Mechanical Modern Design and Innovative Design.ppt │ Chapter 3 Planar mechanism motion diagram and degrees of freedom.ppt │ Chapter 4 Linkage mechanism.ppt │ Chapter 5 Cam mechanism.ppt │ Chapter 6 Intermittent motion mechanism and combined mechanism.ppt │ Chapter 9 Gear train.ppt │ ├─Electromechanical│ Electromechanical Section 1.ppt │ Electromechanical Section 7.ppt │ Electromechanical Section 3.ppt │ Mechanical and Electrical Section 9.ppt │ Mechanical and Electrical Section 2.ppt │ Mechanical and Electrical Section 5.ppt │ Mechanical and Electrical Section 8.ppt │ Mechanical and Electrical Section 6.ppt │ Mechanical and Electrical Section 13.ppt │ Mechanical and Electrical Section 10.ppt │ Mechanical and Electrical Section 4.ppt │ ├─Tsinghua University Mechanical Principles Courseware │ 0.ppt │ 1.ppt │ 10.ppt │ 11.ppt │ 12.ppt │ 13.ppt │ 14.ppt │ 15.ppt │ 2.ppt │ 3.ppt │ 4.ppt │ 5.ppt │ 6.ppt │ 7.ppt │ 8.ppt │ 9.ppt │ Content introduction.doc │ Teaching outline.doc │ └─Precision machinery design courseware 1 Basic knowledge of precision machinery design.ppt 1 Introduction.ppt 3 Geometric accuracy of parts 1.ppt Structural analysis of j4 planar mechanism 1.ppt j5 plane linkage mechanism 1.ppt j6 cam mechanism.ppt