Mechanical information collection 1. [Mechanical design] list (no attachments)

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This post was last edited by Shutong at 2022-7-15 15:06 Mechanical Information Collection 1. [Mechanical Design] List (no attachments) For the convenience of everyone’s learning* Starting today, we will distribute the mechanical information by category. 1. [Mechanical Design] Checklist (no attachments) including PPT, books and manuals. To request urgently needed information, please join the information and standards sharing mutual aid group address.: https://bbs.hcbbs.com/forum.php?mod=group&fid=890 Group number; chat here, discuss technology, and share information with each other ├─1.0.1 Mechanical Equipment Design PPT │ │ 1. Material Mechanics Tutorial.ppt │ │ 11 Chapter 11 Mechanical System Dynamics.ppt │ │ 3+Powder Statics-1.ppt │ │ 3+Powder Statics-2.ppt │ │ 4.3. Mechanical transmission and guide device.ppt │ │ Introduction to 600MW generator hydrogen oil and water equipment technology.ppt │ │ 9.1 Definition of simple harmonic vibration 9.ppt │ │ CL3 Chapter 3 - Mechanical properties of materials during tension and compression.ppt │ │ §10-7 Overview of chain drive 71.ppt │ │ Universal joint and drive shaft design.ppt │ │ 2. Key connection and pin connection.ppt │ │ Resonance phenomenon and its application 46.ppt │ │ Cam application technology.ppt │ │ Liu Hongwen’s complete set of materials mechanics courseware 2.ppt │ │ Cut.ppt │ │ Author of Lecture Notes on Basic Mechanics (DmiXmi) LJG.ppt │ │ Dynamics.pptx │ │ Dynamic equilibrium theory and method.pptx │ │ Kinetic energy theorem.pptx │ │ Momentum theorem.pptx │ │ Momentum theorem.pptx │ │ Principles of chemical engineering 113.ppt │ │ Forced vibration and resonance 24.ppt │ │ Four-link structure.ppt │ │ College Physics Chapter 4 Mechanical Vibration 30.ppt │ │ Belt drive 31.ppt │ │ Belt drive and chain drive 1.ppt │ │ Belt drive and chain drive 2.ppt │ │ Belt drive and chain drive 3.ppt │ │ Belt drive and chain drive 4.ppt │ │ Static equipment chapter introducing the structure, principles and basic operating skills of commonly used chemical machinery.ppt │ │ Basic knowledge of planar four-bar mechanism.ppt │ │ Bending internal force.ppt │ │ Bending deformation.ppt │ │ Bending stress.ppt │ │ Spring design.ppt │ │ Spring design lecture.ppt │ │ Tension, compression and shear.ppt │ │ Tension and compression.ppt │ │ Vibration mechanics-vibration of elastic bodies 49.ppt │ │ Basics of Vibration Mechanics.ppt │ │ Basic knowledge of vibration and vibration testing 56.ppt │ │ Vibration standards 31.ppt │ │ Basic knowledge of vibration measurement and analysis.ppt │ │ Vibration theory and application.ppt │ │ Basic knowledge of vibration and vibration measurement 173.ppt │ │ Vibration motor.ppt │ │ Technical conditions for glass-lined equipment - manufacturing.ppt │ │ Friction disc structure.ppt │ │ Dynamic characteristics of rotating machinery.pptx │ │ Relevant standards for machine vibration measurement and evaluation 23.ppt │ │ Structural analysis of mechanism (kinematic pair).ppt │ │ Mechanical.ppt │ │ Introduction to mechanical transmission and progress in precision transmission.ppt │ │ Overview of mechanical transmission device design.PPT │ │ Mechanical principles 8.PPT │ │ Mechanical Principles.ppt │ │ Introduction to Mechanical Principles.ppt │ │ Mechanical Reliability Design.ppt │ │ Mechanical Industry Development Trend and Industry Revitalization.ppt │ │ Mechanical Engineering Control Basics 38.ppt │ │ Basics of Mechanical Engineering Control.ppt │ │ Mechanical Vibration Comparison between Nonlinear Vibration and Linear 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 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 │ │ Basic Knowledge of Mechanical Design.ppt │ │ Mechanical Design Basics Excellent Courseware_Chapter 8_Commonly used mechanisms.ppt │ │ Commonly used mechanisms in mechanical design.ppt │ │ General introduction to mechanical design.ppt │ │ Mechanical design best courseware - Analysis of degrees of freedom and speed of planar mechanisms.ppt │ │ Mechanical design overview (2).ppt │ │ Mechanical design overview.ppt │ │ Mechanical design courseware Pu Lianggui version 12.ppt │ │ Mechanical design materials.ppt │ │ Introduction to mechatronics technology.ppt │ │ Mechanics of materials (2).ppt │ │ Complete set of mechanics of materials courseware.ppt │ │ Mechanics of materials.ppt │ │ Ultimate mechanical properties.ppt │ │ Fluid mechanics.ppt │ │ Fluid Mechanics Multimedia Courseware.ppt │ │ Fluid Mechanics Tutorial.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 │ │ Chimney design.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 theory and method - optimal design and finite element method.ppt │ │ Modern mechanical design theory and method - finite element application.ppt │ │ Modern mechanical design theory and method.ppt │ │ Elevator mechanical principles training handout.ppt │ │ Relative motion dynamics.pptx │ │ No. 1 Chapter Mechanical Properties of Metal.ppt │ │ Lecture 08 Chapter 4 Axial Tension and Compression.ppt │ │ Chapter 11 Introduction to Mechanical Parts Design (1).ppt │ │ Lecture 14 Part 3 Commonly Used Mechanisms.ppt │ │ Lecture 15 Chapter 9 Planar Linkage Mechanism.ppt │ │ Chapter 16 Spring.ppt │ │ Lecture 16 9.2 Basic properties of hinged four-bar mechanism.ppt │ │ Chapter 17 Machine base and box.ppt │ │ Lecture 17 Chapter 10 Cam mechanism.ppt │ │ Lecture 18 Graphical design of disc cam profile curve of moving follower.ppt │ │ Chapter 19 Basics of mechanical vibration 83.pptx │ │ Chapter 1 Statics.ppt │ │ Lecture 24 Calculation of epicyclic gear train transmission ratio.ppt │ │ Lecture 25 Belt drive.ppt │ │ Lecture 26 Belt drive (continued).ppt │ │ Lecture 27 General mechanical parts.ppt │ │ Lecture 29 Shaft system parts.ppt │ │ Chapter 2 Strength Issues in Mechanical Design.ppt │ │ Chapter 2 Overview of Mechanical Parts Design.ppt │ │ Chapter 2 Mechanics of Materials 1.ppt │ │ Chapter 2 Mechanics of Materials 2.ppt │ │ Chapter 2_Selection and design of mechanical system components.ppt │ │ Chapter 3 Material cleaning and pretreatment equipment.ppt │ │ Chapter 3 Strength of mechanical parts ( gai).ppt │ │ Chapter 4 Friction, Wear, Lubrication and Sealing of Mechanical Parts 33.ppt │ │ Chapter 6 Intermittent motion mechanism.ppt │ │ Chapter 7 Adjustment of mechanical operating speed fluctuation.ppt │ │ Chapter 8 Belt drive.ppt │ │ Chapter 8 Chain drive 45.ppt │ │ Chapter 9 Introduction to Mechanical Parts Design.ppt │ │ Chapter 9 Chain Drive 45.ppt │ │ Chapter 9 Introduction to Mechanical Parts Design.ppt │ │ Chapter 9 Shaft System Parts.ppt │ │ Chapter 1 Vibration of Single Degree of Freedom System 81.ppt │ │ Chapter 1 Introduction to Woodworking Machinery.ppt │ │ Chapter 1 The Composition, Classification and Development of Machinery.ppt │ │ Chapter 1 Basics of Mechanical Design.ppt │ │ Chapter 1 Overview of Mechanical Design.ppt │ │ Chapter 3 The Mechanical Performance of Axial Forced Components.ppt │ │ Chapter 3 The Composition and Structural Analysis of the Mechanism.ppt │ │ Chapter 3 Strength of Mechanical Parts.ppt │ │ Chapter 3 Mechanical Performance of Axial Forced Components.ppt │ │ Chapter 9 Application Technology of Compaction Machinery.ppt │ │ Chapter 9 Introduction to Mechanical Parts Design 60.ppt │ │ Section 9 Faults 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 26: Structural design of shaft systems and wheel parts.ppt │ │ Chapter 2 Basics of mechanical vibration 122.ppt │ │ Chapter 2 Strength of Mechanical Parts 33.ppt │ │ Chapter 2 Mechanical Properties of Steel and Concrete Materials.ppt │ │ Chapter 2 Introduction to Machinery Design and Related Courses.ppt │ │ Chapter 2 Fluid Machinery.ppt │ │ Chapter 2 Axial Tension and Compression.ppt │ │ Chapter 5 Isolation and Damping of Vibration 58.ppt │ │ Chapter 5 Mechanical Vibration 29.pptx │ │ Chapter 8 Transmission System.ppt │ │ Chapter 8 - Main Equipment for Industrial Fermentation.ppt │ │ Chapter 6 Storage Machinery.ppt │ │ Chapter 11 Pressure Rod Stability.ppt │ │ Chapter 11 Mechanical System Dynamics.ppt │ │ Chapter 17 Overview of Structural Design of Mechanical Parts.ppt │ │ Chapter 13 Basics of Mechanical Parts Design.ppt │ │ Chapter 12 Mechanical Balance.ppt │ │ Chapter 15 Hub Connection.ppt │ │ Chapter 16 Mechanical Transmission System Design.ppt │ │ Chapter 14 Part Material Selection and Processing Technology Analysis.ppt │ │ Chapter 10 Application Technology of Compaction Machinery.ppt │ │ Chapter 4 Axis 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 and hardness of metal materials.ppt │ │ Chain drive 23.ppt │ │ Part structure shape.ppt │ │ Food machinery and equipment.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 Principle ppt │ │ Chapter 1 The composition, classification and development of machinery.ppt │ │ Chapter 7 Cam Mechanism.ppt │ │ Chapter 3 Mechanism composition and structural analysis.ppt │ │ Chapter 9 Gear train.ppt │ │ Chapter 21 Rolling bearing.ppt │ │ Chapter 29: Scheme design of mechanical execution system.ppt │ │ Chapter 22: Sliding bearings.ppt │ │ Chapter 25: Methods and criteria for mechanical structural design.ppt │ │ Chapter 28: Overall scheme design of machinery.ppt │ │ Chapter 26: Structural design of shaft systems and wheel parts.ppt │ │ Chapter 2 Introduction to Mechanical Design and Related Courses.ppt │ │ Chapter 5 Force Analysis of Planar Mechanism.ppt │ │ Chapter 6 Linkage Mechanism.ppt │ │ Chapter 17 Belt Drive and Chain Drive.ppt │ │ Chapter 13 Basics of Mechanical Parts Design.ppt │ │ Chapter 12 Balance of Machinery.ppt │ │ Chapter 15 Hub Connection.ppt │ │ Chapter 16 Screw 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 Screw Transmission.ppt │ │ 17 Chapter 17 Belt drive and chain drive.ppt │ │ 1 Chapter 1 The 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 Composition and structural analysis of mechanism.ppt │ │ 4Chapter 4 Motion Analysis of Planar Mechanism.ppt │ │ 5Chapter 5 Force Analysis of Planar Mechanism.ppt │ │ 6Chapter 6 Link Mechanism.ppt │ │ 7Chapter 7 Cam Mechanism.ppt │ │ 9Chapter 9 Gear System.ppt │ │ │ ├─Basics of Mechanical Design (PPT) │ │ Lecture 01 Introduction.ppt │ │ Lecture 02 Chapter 1 Basics of Static Analysis of Components.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 Shearing.ppt │ │ Lecture 10 Chapter 6 Circular Axis Torsion.ppt │ │ Lecture 11 Chapter 6 Circular Axis Torsion.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 Hinge Four-Bar Mechanism.ppt │ │ Lecture 17 Chapter 10 Cam Mechanism.ppt │ │ Lecture 18 Graphical Design of Disc Cam Profile Curve of Moving Follower.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 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 Degree of Freedom.ppt │ │ Chapter 4 Linking Rod 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 │ │ Electromechanical Section 4.ppt │ │ │ ├─Material Mechanics Tutorial ppt │ │ 10. Stress state.ppt │ │ 11. Dynamic load.ppt │ │ 12. Pressure rod stability.ppt │ │ 13. Mass geometry and area geometry.ppt │ │ 14. Summary.ppt │ │ 15. Final summary.ppt │ │ 16. Exam 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 │ │ │ ├─Material 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 Stability of Pressure Rod.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 │ │ │ ├─Fundamentals of Fluid Mechanics and Thermal Engineering│ │ 1.1 (China) Physical Properties of Fluids.PPT │ │ 1.2 (China) Fundamentals of Fluid Statics.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) Convective 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 (National) 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 Moment of Moment 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 Virtual Displacement Principle.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 Geometric accuracy of parts 1.ppt │ │ Structural analysis of j4 planar mechanism 1.ppt │ │ j5 plane linkage mechanism 1.ppt │ │ j6 Cam mechanism.ppt │ │ │ └─Structural mechanics ppt │ 1.1 Objects and tasks of structural mechanics research.ppt │ 10.1 Concept of moving load and influence line.ppt │ 2.1 Geometry invariant system and geometry variable system.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 Geometry variable systems.ppt │ 2.6 Geometric composition analysis and examples.ppt │ 2.7 Staticly determinate structures and superstatically determinate structures.ppt │ 4.1 The form and characteristics of arch structures.ppt │ 4.2 Calculation of internal forces of three-hinge arch.ppt │ 6.1 Overview.ppt │ 6.2 Principle of virtual work of deformation system.ppt │ 6.5 Graphic multiplication method.ppt │ 6.9 Reciprocity theorem of linear elastic system.ppt │ 7.1 Overview of superstatically indeterminate structure.ppt │ 7.10 Characteristics of superstatically indeterminate structure.ppt │ 7.2 Basic principles of the force method.ppt │ 7.3 Basic system selection and typical equations of the force method.ppt │ 7.4 Use the force method to calculate the internal force of a statically indeterminate structure under load.ppt │ 7.5 Use the force method to calculate the internal force of a statically indeterminate structure when the support moves and the temperature changes.ppt │ 7.6 Simplified calculations of symmetric structures.ppt │ 7.7 Use elastic center method to calculate symmetric hinge-free arch.ppt │ 7.8 Displacement calculation of superstatically indeterminate structure.ppt │ 7.9 Check of internal force diagram of superstatically indeterminate structure.ppt │ 8.2 Angular displacement equation of straight bar with equal section.ppt │ 8.3 Basic unknowns of displacement method.ppt │ 8.4 Basic structure of displacement method and displacement method equation.ppt │ 8.8 Mixed method.ppt │ 9.2 Basic concepts 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 the geometric composition of planar systems.ppt │ Chapter 3 Force analysis of statically determinate beams and statically determined frames.ppt │ Chapter 4 Force analysis of three-hinge arch and suspension structures.ppt │ Chapter 5 Force analysis of statically determinate trusses and composite structures.ppt │ Chapter 9 Asymptotic method and approximation method.ppt │ Chapter 7 Force method.ppt │ Chapter 8 Displacement method (summary).ppt │ ├─1.0.1 Mechanical Equipment Design Manual │ 2004 Mechanical and Electrical Product Quotation Manual Industrial Special Equipment Volume (Volume 1 and 2).pdf │ 2006 edition of the new spraying technology, new technologies and spraying equipment application practices.pdf │ 2006 edition of the new spraying equipment production design and typical application examples and domestic and foreign standards compilation practice book.pdf │ 21st Century Subject Development Series-Agricultural Machinery.pdf │ GB Machinery Industry Basic Standard Application Manual.pdf │ Universal Joints and Transmission Shafts 305.pdf │ Wanyou Library, Volume 1, One Thousand Mechanical Designs.pdf │ Wanyou Library, Volume 1, One Thousand Types of Hydraulic Machines.pdf │ History of World Mechanical Development 273.pdf │ History of the Invention of Ancient Chinese Agricultural Machinery.pdf │ Encyclopedia of China·Mechanics.pdf │ History of the Invention of Chinese Mechanical Engineering Volume 1.pdf │ History of the Invention of Mechanical Engineering in China Volume 2.pdf │ Chinese Mechanical Engineering Discipline Tutorial 2017 Edition 2017 Edition.pdf │ Chinese Mechanical Design Dictionary Volume 1 Modern Mechanical Design Methods.pdf │ Chinese Mechanical Design Dictionary Volume 2 Basics of Mechanical Design.pdf │ China Mechanical Design Dictionary Volume 3 Mechanical Parts Design.pdf │ China Mechanical Design Dictionary Volume 4 Mechanical Transmission Design.pdf │ China Mechanical Design Dictionary Volume 5 Mechanical Control System Design.pdf │ China Mechanical Design Dictionary Volume 6 Mechanical Design Practice.pdf │ China Mechanical Design Dictionary Database.pdf │ Chinese Science and Technology History Machinery Volume 448.pdf │ China Heavy Machinery Industry Yearbook 2010 2011 Edition.pdf │ China Heavy Machinery Selection Manual Metallurgy and Heavy Forging Equipment 2015 Edition.pdf │ China Heavy Machinery Selection Manual Material Handling Machinery 2015 Edition.pdf │ China Heavy Machinery Selection Manual Mining Machinery 2015 Edition.pdf │ China Heavy Machinery Selection Manual Heavy Basic Components 2015 Edition.pdf │ Learning Mechanics from Scratch * Mechanical technology, cultivating innovation and creativity 2017 edition.pdf │ Bionic Mechanics 235.pdf │ Transmission parts design and practical data quick reference.pdf │ Transmission design volume.pdf │ Explanation of transmission parts design examples.pdf │ Research on key technologies of flexible integration of opto-mechanical and electrical integration instruments 2017 edition.pdf │ Opto-mechanical and electrical integration design manual (volume 1).pdf │ Opto-mechanical and electrical integration design manual (volume 2).pdf │ National earthquake intensity scale.pdf │ Highway maintenance machinery.pdf │ Highway construction machinery.pdf │ Analysis of typical questions and practical simulation of mechanical principles.pdf │ Agricultural machinery 225.pdf │ agricultural machinery 368.pdf │ Principles of agricultural machinery.pdf │ Basics of agricultural machinery (volume 1).pdf │ Basics of agricultural machinery (volume 2).pdf │ Mechanical transmission of agricultural machinery 164.pdf │ Agricultural Machinery Design Manual (Volume 1).pdf │ Agricultural Machinery Design Manual (Volume 2).pdf │ Shock and Vibration Manual (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 │ Cam mechanism and its design 63.pdf │ Cam mechanism design 503.pdf │ Applications of cams and special cam devices.pdf │ Grading equipment.pdf │ Theory and application of rigid body dynamics 426.pdf │ Rigid body spring theory and applications 141.pdf │ Pulp and papermaking machinery and equipment (volume 2).pdf │ Pulp and papermaking machinery and equipment (volume 1).pdf │ Mechanics·Structure·Selection 303.pdf │ Mechanics and Engineer Training 194.pdf │ Mechanics and Structure.pdf │ Mechanical Property Test 275.pdf │ Dynamics foundation.pdf │ Power machine basic design manual.pdf │ Power machinery.pdf │ Power machinery mechanics.pdf │ Power machinery strength.pdf │ Power machinery vibration and noise science.pdf │ Chemical fluid mechanics.pdf │ Basic principles of chemical equipment machinery.pdf │ One hundred thousand whys: Mechanical and technical illustrations illustrated version.pdf │ Lifting and horizontal plane gate 225.pdf │ Outstanding Engineer Education and Training Mechanical Innovation Series Planning Textbook Fundamentals of Modern Mechanical Design.pdf │ Preparation, microstructure and mechanical properties of in-situ synthesized titanium-based composite materials.pdf │ The science of changing flows: Multiphase fluid dynamics.pdf │ Compressible fluid dynamics.pdf │ Design for assembly 238.pdf │ Impeller machinery 302.pdf │ Impeller machinery 157.pdf │ Principles of Turbomachinery.pdf │ Calculation methods for transonic and subsonic flow fields of turbomachinery 262.pdf │ Synchronous belt drive design, manufacturing and use 302.pdf │ Design and trajectory map of four-rod linear guide mechanism 186.pdf │ Formal structure of slewing support.pdf │ Slewing support design manual.pdf │ Complete collection of slewing support samples.pdf │ Solid mechanics and material strength 671.pdf │ Illustration of the Mysteries of Machines How do machines work? .pdf │ Soil mechanics and foundation.pdf │ Basic information 710.pdf │ Basic Theory Volume 11 Chemistry.pdf │ Basic Theory Volume 1 Units, Data, Information.pdf │ Basic Theory Volume 4 Rigid Body Mechanics.pdf │ Basic Theory Volume 5 Solid Mechanics.pdf │ Basic Theory Volume 6 Mechanical Vibration.pdf │ Basic Theory Volume 7 Fluid Mechanics.pdf │ Plastic Mechanics.pdf │ Basics of Plastic Mechanics.pdf │ Plastic large strain microstructure mechanics.pdf │ Plastic forming mechanics.pdf │ Plastic snap connection technology 254.pdf │ Plastic extrusion molding process and equipment 288.pdf │ 120 examples of typical structures of plastic extruder heads 230.pdf │ Plastic tribology - theory and practice of friction, wear and lubrication of plastics.pdf │ Plastic machinery design.pdf │ Plastic mixing process and equipment 329.pdf │ Composites Mechanics 349.pdf │ Composites Mechanics 364.pdf │ Mechanics, design, applications and evaluation of composite materials and their structures (Volume 1) 307.pdf │ Mechanics, design, application and evaluation of composite materials and their structures (Volume 3) 348.pdf │ Mechanics, design, applications and evaluation of composite materials and their structures (Volume 2) 226.pdf │ Composite material micromechanical structure and design 261.pdf │ Composite structural mechanics 504.pdf │ Multi-point meshing flexible transmission.pdf │ Multi-axis fatigue strength, 255 pages.pdf │ University Physics General Tutorial Mechanics 319.pdf │ Clamp-Non-standard clamping device.pdf │ Clamp structure brochure 99.pdf │ Fixture Design Manual 580.pdf │ Safety factor and allowable stress (, 1981).pdf │ Practical Transmission Engineering Handbook Volume 1 84.PDF │ Practical Engineering Machinery Transmission Device Design Manual 2017 Edition.pdf │ Practical Stress Concentration Manual 309.pdf │ Practical Mechanism Atlas.pdf │ Practical Mechanism.pdf │ Practical Mechanism Atlas 506.pdf │ Practical Mechanical Design 490.pdf │ Practical Machinery Design Handbook 281.pdf │ A concise manual for practical mechanical parts programming 154.pdf │ Comparative study of local stress calculation methods (Part 2) 7.pdf │ Fracture mechanics after yielding 393.pdf │ Industrial robot design 137.pdf │ Complete Manual for Industrial Designers.pdf │ Factory Power Machinery.pdf │ Engineering Mechanics Huake University of Science and Technology 375.pdf │ Engineering Mechanics and Mechanical Design Fundamentals 273.pdf │ Fundamentals of Engineering Mechanics and Mechanical Design.pdf │ Engineering Mechanics, Statics and Dynamics (original fifth edition) 415.pdf │ Engineering Practice Mechanical and Near-Mechanical 2nd Edition.pdf │ Engineering Applied Structural Mechanics Yu Lingling 160.pdf │ Essential technical books for engineering technicians Mechanical Optimization Design and Examples.pdf │ Engineering Vibration and Testing Technology.pdf │ Engineering Fracture Mechanics 258.pdf │ Fundamentals of Engineering Fracture Mechanics 414.pdf │ Engineering Fluid Mechanics 352.pdf │ Engineering Fluid Mechanics Second Edition 321.pdf │ Engineering Fluid Mechanics 297.pdf │ Engineering Fluid Mechanics 282.pdf │ Engineering Fluid Mechanics 287.pdf │ Engineering Fluid Mechanics 234.PDF │ Engineering Fluid Mechanics 598.pdf │ Engineering Fluid Mechanics 234.PDF │ Engineering Fluid Mechanics (Ⅱ) 136.pdf │ Engineering Fluid Mechanics (2nd Edition) 530.pdf │ Fundamentals of Engineering Equipment Design 2014.pdf │ Belt drive 99.pdf │ Commonly used mechanical design old and new standards comparison manual.pdf │ Commonly used mechanical parts and mechanism drawings.pdf │ Commonly used mechanical parts drawings.pdf │ Commonly used mechanical parts design and process analysis 2017 edition.pdf │ Commonly used design materials and part structure design 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Vibration.pdf │ Chapter 18 Frame Design.pdf │ Chapter 19 Mechanism.pdf │ Chapter 1 Units, Data, Materials.pdf │ Chapter 1 Commonly Used Design Materials.pdf │ Chapter 1 Overview of Mechanical Design.pdf │ Chapter 20 Hydraulic Transmission.pdf │ Chapter 21 Hydraulic Control.pdf │ Chapter 22 Pneumatic Transmission.pdf │ Part 2 Modern Mechanical Design Technology.PDF │ Part 2 Transport Mechanical Devices and Electrical Transmission.pdf │ Part 3 Commonly Used Engineering Materials.pdf │ Part 4 Tribology Design 191.pdf │ Chapter 4 Connections and Fastening 92.pdf │ Part 5 Shafts and Connections.pdf │ Chapter 6 Belt Drive 24.pdf │ Chapter 6 Reliability Design.pdf │ Chapter 7 Spring.pdf │ Chapter 8 Cycloidal Pinwheel Transmission.pdf │ Chapter 8 Equipment Environmental Technology.pdf │ Chapter 9 Operating Parts Hardware and Pipe Fittings.pdf │ Chapter 9 Mechanical Design Database.pdf │ Chapter 1 Purpose of Vibrating Feed Hopper.pdf │ Chapter 1 Introduction to Mechanical Design.pdf │ Chapter 1 Concept of Automatic Supply and Handling.pdf │ The first article Simplification of mechanical vibration system.PDF │ The first article General introduction to mechanical design and manufacturing.pdf │ The second Shanghai University Student Mechanical Engineering Innovation Competition selected winning cases 2015 edition.pdf │ The second article dry process cement production equipment design, installation and use technology 131.pdf │ Chapter 8 Mechanical Design and Manufacturing Information Technology.pdf │ Chapter 8 Electric Selection Mechanical Equipment.pdf │ Chapter 11 Relevant Standards and Specifications for Mechanical Design and Manufacturing.pdf │ Chapter 4 Cam Mechanism Design.pdf │ Chapter 4 Basic Structure of Construction Machinery.pdf │ Chapter 4 Picking Equipment 56.pdf │ Concise Machinery Manual Chinese Version 3rd Edition 2019.pdf │ Concise Mechanical Design Manual 484.pdf │ Concise Mechanical Design Manual 546.pdf │ Concise Mechanical Design Manual.pdf │ Concise Mechanical Design Manual 438.pdf │ Concise Mechanical Design Manual 2017 Edition.pdf │ Concise Mechanical Design Manual 494.pdf │ Concise Mechanical Design Handbook (3rd Edition) 696.pdf │ Concise Mechanical Parts Manual-Bookmark 623.pdf │ Concise mechanical parts design manual 807.pdf │ Concise Mechanical Parts Design Manual 2011 (with catalog) 861.pdf │ Concise mechanical parts design manual 807.pdf │ Concise Mechanical Parts Design Manual Second Edition 2018 Edition.pdf │ Pipe Straightener.pdf │ Basics of Viscoelastic Mechanics 216.pdf │ Precision instrument design 450.pdf │ Several modern design methods for precise and complex structures 320.pdf │ Precision machinery and instrument parts design 360.pdf │ Fundamentals of Precision Mechanics Xu Xianze.pdf │ Precision Machinery Design.PDF │ Fundamentals of Precision Machinery Design 327.pdf │ Precision machinery parts and components 375.pdf │ Precision intermittent mechanism 229.pdf │ Examples of sophisticated mechanism design 210.pdf │ Experimental mechanics of fiber reinforced composite materials.pdf │ Combined mechanism design 383.pdf │ Structural and Material Mechanics.chm │ Structural Analysis 566.pdf │ structural mechanics * Methods and problem-solving guidance 443.pdf │ Structural Mechanics Tutorial (I) 541.pdf │ Structural Mechanics Tutorial (Ⅱ) 485.pdf │ Structural mechanics concepts, methods and typical analysis.pdf │ Concise tutorial on structural mechanics.pdf │ Structural mechanics exam sprint.pdf │ Structural mechanics problem solving methods.pdf │ Structural dynamics 430.pdf │ Basic Mathematics and Mechanics for Structural Engineers 170.pdf │ Structural Stability Design Manual 300.pdf │ Compilation of maintainability design technology cases.pdf │ Polymer molding machinery.pdf │ Automatic machines and automatic lines.pdf │ Automatic machinery mechanics 414.pdf │ Automatic machinery mechanics 203.pdf │ Cam mechanism design of automatic machinery 393.pdf │ Automatic Machine Design 2003 322.pdf │ Thin shell basic design 54.pdf │ Computational design and manufacturing of butterfly springs.pdf │ Creep mechanics.pdf │ Pocket Mechanical Formula Manual 658.pdf │ Pocket Mechanical Formula Manual.pdf │ Pocket Mechanical Designer's Manual Second Edition 1390.pdf │ Computational Mechanics 294.pdf │ Computer Aided Mechanical Parts Design 177.pdf │ Computer Aided Design and Manufacturing 241.pdf │ Theory, methods and applications of computational fluid dynamics.pdf │ Computational Structural Mechanics 293.pdf │ Equipment isolation design 109.pdf │ Design Psychology.pdf │ Design Materials and Processing Technology.pdf │ Design Process 251.pdf │ Error Theory and Data Processing 4th Edition.pdf │ Ultrasonic Transducer.pdf │ Hypergravity Technology-.pdf │ Vehicle Dynamics-Simulation and Methods 228.pdf │ Vehicle automatic transmission theory and design 254.pdf │ orbital dynamics 181.pdf │ Theoretical basis of rotor dynamics.pdf │ Rotor dynamics.pdf │ Shaft system component design and practical data quick review.pdf │ Optimized design of light industrial machinery 292.pdf │ symplectic elastic mechanics.pdf │ Design, calculation and assembly and disassembly of interference connections.pdf │ Process fluid machinery.pdf │ Motion control technology and application 197 pages.pdf │ Connection structure analysis.pdf │ Connection parts design and practical data quick reference.pdf │ Connection parts design and practical data quick reference.pdf │ Connection parts design examples refined.pdf │ Turbine Machinery Modern Manufacturing Technology Series - Blade Manufacturing Technology.pdf │ General Machinery and Equipment 2011 Edition.pdf │ General Machinery and Equipment 120.pdf │ General Machinery and Equipment (Second Edition) 235.pdf │ Heavy Machinery Technology Manual Volume 1.pdf │ Heavy Machinery Design Manual (Volume 1).pdf │ Heavy Machinery Design Manual (Volume 2).pdf │ Gauge Design Manual 267.pdf │ Training materials for metal mechanical properties testers.pdf │ Microscopic theory of metal mechanical properties.pdf │ Metal extrusion machine 556.pdf │ Mechanical Properties Test Manual of Metal Mechanical Parts.pdf │ Mechanical Properties Manual of Metal Materials 2011 (First Edition).pdf │ Applied Fatigue Damage Mechanics of Metal Components.pdf │ Drilling Machinery Design 383.pdf │ Book of Iron Mechanical Settings 2013.5 Full Color.pdf │ Iron Art Design Album 132.pdf │ Chain Drive Design and Application Manual 389.pdf │ Sprocket Design and Manufacturing Application Manual 491.pdf │ Innovation in design and application of clearance motion mechanism.pdf │ Gates and hoists 251.pdf │ Gates and Hoists (Second Edition) 520.pdf │ Gates and hoisting equipment 331.pdf │ Deaerator and its modification and operation experience.pdf │ Ceramic industrial machinery and equipment.pdf │ Random vibration introduction Zhuangbianzhong.pdf │ Random vibration test application technology.pdf │ Questions and answers on reasonable configuration of parts 306.pdf │ Part Fatigue Design Manual 315.pdf │ Statics and Mechanics of Materials 231.pdf │ Non-standard mechanical equipment design manual.pdf │ Detailed explanation of non-standard mechanical design examples.pdf │ Non-standard mechanical equipment design manual 1423.pdf │ Non-standard equipment design manual volume 1.pdf │ Non-standard equipment design manual volume 3.pdf │ Non-standard equipment design manual volume 2.pdf │ Non-standard equipment design manual volume 4.pdf │ Product design guide for manufacturing and assembly 239 pages.pdf │ Flying shear.pdf │ Food machinery principles and design 439.pdf │ Food Machinery Principles and Design.pdf │ Food Bioengineering Machinery and Equipment 270.pdf │ General food machinery and equipment 282.pdf │ Mechanical properties of polymers and composite materials 405.pdf │ One hundred examples of efficient and labor-saving tools 218.pdf │ Textbook of Mechanical Principles for Colleges and Universities (Fifth Edition) 543.pdf │ Basics of Mechanical Design in College Textbooks (Sixth Edition).pdf │ Mechanical Design in College Textbooks (Fourth Edition) 1.pdf │ Textbook Mechanical Design for Colleges and Universities (Fourth Edition) 2.pdf │ Higher Education Textbook Theoretical Mechanics Volume 1 (Fifth Edition).pdf │ Higher Institutional Studies 111.PDF │ Advanced Institutional Science 2017 Edition.pdf │ Advanced Institutional Design.pdf │ Advanced Mechanical Principles 243.pdf │ Advanced Fluid Mechanics 290.pdf │ Dynamic design of high-speed rotating machinery shafting 276.pdf │ └─1.0.1 Mechanical Equipment Design Papers 2014 Edition of the 50th Anniversary of the Mechanical Engineering Society of Anhui Province.pdf