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This post was last edited by Shutong on 2022-10-12 14:05 1.14 [Basic Theory of Mechanical Mechanical Design] The list has no attachments for everyone’s convenience.* Starting today, the 1.14 [Basic Theory of Mechanical and Mechanical Design] list has no attachments and includes PPTs and books and manuals. Except for books, most of the PPTs have been uploaded to the forum. Please search for and download a small amount of information. Friends who are in urgent need of information can join the information and standard sharing mutual aid group address.: https://bbs.hcbbs.com/forum.php?mod=group&fid=890 (In the "Group" of the main navigation) Chat, discuss technology, and share information with each other here ├─1.14 Basic Theory Manual of Mechanical and Mechanical Design │ Encyclopedia of China · Mechanics.pdf │ Bionic Mechanics 235.pdf │ Shock and Vibration Handbook (5th Edition) 1096.pdf │ Impact dynamics 409.pdf │ Advances in Impact Dynamics 423.pdf │ Shock and Vibration Brochure 928.pdf │ Impact Mechanical System Dynamics 191.pdf │ Metallurgical Machinery Design Theory August 1998 239 pages.pdf │ Rigid Body Dynamics Theory and Application 426.pdf │ Rigid body spring theory and applications 141.pdf │ Mechanics·Structure·Selection 303.pdf │ Mechanics and Engineer Training 194.pdf │ Mechanics and Structure ().pdf │ Mechanical Property Test 275.pdf │ Fundamentals of Dynamics.pdf │ Power Machinery Mechanics.pdf │ 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courseware.ppt │ Fluid mechanics tutorial Xi'an Jiaotong University.ppt │ Modern design of fluid machinery (2).ppt │ 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 │ Chapter 1 Mechanical properties of metal.ppt │ 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 Basics of Mechanical Vibration 83.pptx │ Chapter 1 Statics.ppt │ Chapter 2 Strength Issues in Mechanical Design.ppt │ Chapter 2 Mechanics of Materials 1.ppt │ Chapter 2 Mechanics of Materials 2.ppt │ Chapter 6 Intermittent Motion Mechanism.ppt │ Chapter 7 Adjustment of Mechanical Operation 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 Stress Performance of Axis Forced Components.ppt │ Chapter 3 Composition and Structural Analysis of Mechanism.ppt │ Chapter 3 Stress Performance of Axis Stressed 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 │ 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 │ Metal mechanical properties test 64.ppt │ Mechanical Properties Hardness of Metal Materials.ppt │ ├─Engineering Fluid Mechanics│ Cover.ppt │ Chapter 1 Introduction.ppt │ Chapter 3 Fundamentals of Fluid Dynamics.ppt │ Chapter 2 Hydrostatics.ppt │ Chapter 4 Swirling Flow and Two-Dimensional Irrotational Flow of Incompressible Fluids.ppt │ ├─Elastic Mechanics│ Elastic Mechanics-00.ppt │ Elastic mechanics-01.ppt │ Elastic mechanics-02.ppt │ Elastic mechanics-03.ppt │ Elastic mechanics-04.ppt │ Elastic mechanics-05.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 Shaft-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 System.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 the hinged four-bar mechanism.ppt │ Lecture 17 Chapter 10 Cam Mechanism.ppt │ Lecture 18 Graphical design of the disc cam profile curve of the moving follower.ppt │ Lecture 24 Calculation of the transmission ratio of the 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 Shafting 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 │ ├─Material Mechanics Tutorial ppt │ 10. Stress state.ppt │ 11. Dynamic load.ppt │ 12. Pressure bar stability.ppt │ 13. Mass geometry and area geometry.ppt │ 14. Summary.ppt │ 15. Final summary.ppt │ 16. Test questions and others.ppt │ 2. Introduction.ppt │ 3. Axial tension and compression internal force.ppt │ 6. Bending stress.ppt │ 7. Bending deformation.ppt │ 8. Summary of basic deformation.ppt │ 9. Combined deformation.ppt │ ├─Materials mechanics courseware │ * Question Chapter 4 Stress and Strain Analysis.ppt │ Stress and Strain Analysis * Answers to the questions.ppt │ Chapter 1 Tensile.ppt │ Chapter 7 Bending deformation.ppt │ Chapter 7 Pressure bar stability.ppt │ Chapter 3 Bending.ppt │ Chapter 9 Strength theory of complex stress states.ppt │ Chapter 9 Dynamic load alternating stress.ppt │ Chapter 2 Torsion.ppt │ Chapter 5 Strength theory.ppt │ Chapter 8 Stress and Strain State Analysis.ppt │ Chapter 8 Energy Principle.ppt │ Chapter 6 Combined Deformation.ppt │ Chapter 17 Fatigue and Fracture.ppt │ Chapter 13 Energy Method (2) Dynamic Load.ppt │ Chapter 12 Energy Method (1).ppt │ Chapter 4 Stress and Strain Analysis.ppt │ ├─Fluid Mechanics, Thermal Engineering Fundamentals │ 1.1 (Country) Physical properties of fluid.PPT │ 1.2 (Country) Fundamentals of hydrostatics.PPT │ 1.3 (Country) Fluid dynamics.ppt │ 1.4 (Country) Resistance calculation.ppt │ 2.2 (Country) Chimney.ppt │ 3.1 (Country) Fuel properties.ppt │ 4.1 (Country) Basic concepts of heat transfer.PPT │ 4.2 (Country) Conduction transfer.PPT │ 4.3 (Country) Convection heat transfer.PPT │ 4.4 (Country) Radiation heat transfer.PPT │ 4.5 (Country) Comprehensive heat transfer.PPT │ 5.1 (Country) Overview.ppt │ 5.2 (Country) Humid air properties.ppt │ 5.3 (Country) IX diagram.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 │ Syllabus.doc │ ├─Tsinghua University Materials Mechanics Courseware│ ├─Tsinghua University Materials Mechanics Courseware (Part 2) │ │ ├─Chapter09 │ │ │ Materials Mechanics－ 9.ppt │ │ │ │ │ ├─Chapter10 │ │ │ Mechanics of Materials－ 10.ppt │ │ │ │ │ ├─Chapter11 │ │ │ Mechanics of Materials－ 11.ppt │ │ │ │ │ ├─Chapter12 │ │ │ Mechanics of Materials－ 12.ppt │ │ │ │ │ ├─Chapter1314 │ │ │ Mechanics of Materials-13, 14.ppt │ │ │ │ │ └─Chapter15 │ │ Mechanics of Materials－ 15.ppt │ │ │ └─Tsinghua University Materials Mechanics Courseware (Part 1) │ ├─Chapter01 │ │ Materials Mechanics－ 1.ppt │ │ │ ├─Chapter02 │ │ Mechanics of Materials－ 2.ppt │ │ │ └─Chapter03 │ Mechanics of Materials－ 3.ppt │ ├─Tsinghua University Materials Mechanics Courseware (Part 2) │ ├─Chapter04 │ │ Materials Mechanics－ 4.ppt │ │ │ ├─Chapter05 │ │ Mechanics of Materials－ 5.ppt │ │ │ ├─Chapter06 │ │ Mechanics of Materials－ 6.ppt │ │ │ ├─Chapter07 │ │ Mechanics of Materials－ 7.ppt │ │ │ ├─Chapter08 │ │ Mechanics of Materials－ 8.ppt │ │ │ └─Chapter09 │ Mechanics of Materials－ 9.ppt │ ├─Theoretical mechanics ppt │ Introduction to theoretical mechanics.ppt │ Chapter 1 Basic axioms of statics and force analysis of objects.ppt │ Chapter 7 Basic motion of rigid bodies.ppt │ Chapter 3 Plane general force system.ppt │ Chapter 9 Plane motion of rigid bodies.ppt │ Chapter 2 Plane special force system.ppt │ Chapter 5 Space force system.ppt │ Chapter 8 Synthetic motion of point.ppt │ Chapter 6 Kinematics of point.ppt │ Chapter 11 Differential equation of particle motion.ppt │ Chapter 17 Lagrange equation.ppt │ Chapter 13 Momentum theorem.ppt │ Chapter 19 Collision.ppt │ Chapter 12 Momentum theorem.ppt │ Chapter 15 D’Alembert’s theorem.ppt │ Chapter 18 Fundamentals of Mechanical Vibration.ppt │ Chapter 16 Principle of Virtual Displacement.ppt │ Chapter 14 Kinetic Energy Theorem.ppt │ Chapter 10 General Motion of Rigid Bodies.ppt │ Chapter 4 Friction.ppt │ ├─Precision Machinery Design Courseware│ 1 Basic Knowledge of Precision Machinery Design.ppt │ 1 Introduction.ppt │ 3 Part Geometric Accuracy 1.ppt │ Structural analysis of j4 planar mechanism 1.ppt │ j5 plane linkage mechanism 1.ppt │ j6 Cam mechanism.ppt │ └─Chongqing University Structural Mechanics ppt 1.1 Objects and tasks of structural mechanics research.ppt 10.1 Concepts of moving loads and influence lines.ppt 2.1 Geometrically invariant systems and geometrically variable systems.ppt 2.2 Several concepts of geometric composition analysis.ppt 2.3 Computational degrees of freedom of planar systems.ppt 2.4 Basic composition rules of planar geometrically invariant systems.ppt 2.5 Geometric variable system.ppt 2.6 Geometric composition analysis and examples.ppt 2.7 Staticly determinate structure and superstatically determinate structure.ppt 4.1 Form and characteristics of arch structure.ppt 4.2 Calculation of internal force of three-hinge arch.ppt 6.1 Overview.ppt 6.2 Principle of virtual work of deformable system.ppt 6.5 Graphical multiplication method.ppt 6.9 Reciprocity theorem of linear elastic systems.ppt 7.1 Overview of statically indeterminate structures.ppt 7.10 Characteristics of statically indeterminate structures.ppt 7.2 Basic principles of force method.ppt 7.3 Basic system selection and typical equations of force method.ppt 7.4 Calculate the internal force of statically indeterminate structures under load using force method.ppt 7.5 The force method is used to calculate the internal force of a statically indeterminate structure when the support moves and the temperature changes.ppt 7.6 Simplified calculation of the symmetric structure.ppt 7.7 Calculation of the symmetric hinge-free arch using the elastic center method.ppt 7.8 Displacement calculation of the statically indeterminate structure.ppt 7.9 Calibration of the internal force diagram of the statically indeterminate structure.ppt 8.2 The rotation angle displacement equation of the straight rod of equal cross-section.ppt 8.3 Basic unknowns of the displacement method.ppt 8.4 Basic structure of displacement method and equation of displacement method.ppt 8.8 Mixed method.ppt 9.2 Basic concept of moment distribution method.ppt 9.5 Approximate calculation method of multi-layer multi-span rigid frame.ppt Introduction to this chapter.ppt Chapter 10 Influence lines and their applications.ppt Chapter 1 Introduction.ppt Chapter 2 Analysis of geometric composition of planar system.ppt Chapter 3 Force analysis of statically determined beams and statically determined rigid frames.ppt Chapter 4 Force analysis of three-hinge arch and suspension structures.ppt Chapter 5 Force analysis of statically determined trusses and composite structures.ppt Chapter 9 Asymptotic method and approximation method.ppt Chapter 7 Force method.ppt Chapter 8 Displacement method (summary).ppt