AutoCAD 2004 Mechanical Design - Ingenious Craftsmanship: This textbook is an extension of \"Ingenious Craftsmanship - AutoCAD Entry and Advanced Examples\" in the field of machinery. It is particularly suitable for engineers who specialize in mechanical design and personnel in mechanical-related majors in colleges and universities. The Chinese version of AutoCAD is one of the most commonly used computer drawing software. It has been widely used in many fields such as machinery, architecture, automobiles, electronics, aerospace, shipbuilding, geology, and clothing. Because of its wide application and powerful drawing functions, it has been favored by industrial designers. This textbook is a textbook on AutoCAD in the field of machinery. Through very representative mechanical examples, according to the rules and sequence of mechanical drawing, it gradually introduces the drawing skills and wide application of AutoCAD in mechanical design. The examples described in the book cover all aspects of mechanical drawing. Starting from the two-dimensional part, it introduces: the drawing of shaft parts, gears, boxes, assembly drawings, and axonometric drawings; the three-dimensional part introduces from the shallow to the deep: the drawing of three-dimensional connection parts models, three-dimensional pump body models, three-dimensional cutaway drawings, and three-dimensional solid assembly parts. CD content: The CD that comes with the textbook provides various examples in the field of mechanics. The intuitive operation demonstration and detailed explanation give you an immersive learning experience. In addition, the CD also includes source files and material files of various examples, which is a good helper for you to learn and apply AutoCAD in practice! Table of Contents Chapter 1 Basics of Mechanical Drawing Section 1 AutoCAD and Mechanical Drawing 1. Wide Application of 2D Drawing 2. Wonderful 3D World 3. Friendly Drawing Interface Section 2 Introduction to Drawing - Drawing Simple Standard Parts 1. Understanding Tools 2. Drawing of M12 Nuts 3. Drawing of Screws M12×55 4. Drawing of Rectangular Splines 5. Drawing of Cylindrical Pins Section 3 Drawing of Complex Standard Parts 1. Understanding Tools 2. Setting Layers 3. Drawing the Main View 4. Drawing the Left View 5. Filling in Graphics Chapter 2 Establishing a Personal Library Section 1 Drawing Frame and Title Bar 1. Drawing Preparation 2. Drawing Frame 3. Drawing Title Bar 4. Writing Text 5. Generating Template Files Section 2 Introduction of Blocks 1. Drawing Frame 2. Generating Blocks Section 3 Establishing a Personal Library 1. Standard Parts Library 2. Common Block Library - Roughness Block 3. Common Block Library - \"Matching Dimensioning\" Block Chapter 3 Drawing of Parts Drawing Section 1 Drawing of Low-Speed Shaft Gear 1. Initial Settings Before Drawing Graphics 2. Draw the main view 3. Draw the left view 4. Import the drawing template and mark the dimensions 5. Write text Section 2 Drawing of high-speed shaft 1. Draw the shaft outline 2. Draw the shaft details 3. Dimensioning - marking the depth and width of the keyway 4. Dimensioning - main view dimensioning 5. Write text Section 3 Drawing of the box 1. Drawing preparation 2. Draw the main view 3. Draw the top view 4. Draw the left view 5. Draw other views 6. Dimensioning Section 4 Drawing of the box cover 1. Preparation before drawing 2. Draw the main view 3. Draw the top view 4. Draw the left view 5. Draw the inspection port view 6. Mark the dimensions Chapter 4 Drawing of assembly drawings Section 1 Drawing of cylinder assembly drawings 1. Draw part drawings 2. Application design center 3. Draw the main assembly drawing 4. Drawing of sectional views 5. Marking of assembly drawings 6. Writing serial numbers, bill of materials, title bars and technical requirements Section 2 Drawing of reduction box assembly drawings 1. Drawing of part drawings 2. Drawing of assembly drawings 3 Marking and Text Writing Chapter 5 Drawing of Axonometric Drawing Section 1 Drawing of Support Isometric Drawing 1. Set up the drawing environment of isometric drawing 2. Draw the base 3. Draw the bearing seat and ribs Section 2 Isometric Drawing of Disk 1. Draw the disk 2. Draw the small circular hole Section 3 Axonometric Sectional View of Pump Body 1. Draw the base 2. Draw the main body of the pump 3. Draw the connecting plate and ribs Section 4 Marking of Axonometric Drawing 1. Mark the diameter of the cylinder 2. Mark the height of the cylinder 3. Mark the boss, small circular hole, and arc Chapter 6 Small Model of 3D Solid Section 1 Understanding the 3D Toolbar 1. [Solid] Toolbar 2. [Solid Edit] Toolbar 3. [View] Toolbar 4. [Shading] Toolbar 5. [Rendering] Toolbar Section 2 Drawing 3D Connectors 1. Drawing Preparation 2. Drawing the base 3. Draw the connecting part 4. Draw the connecting parts 5. Processing of 3D Solid Graphics Section 3 Drawing 3D Model of Pump Body 1. Draw the bottom plate 2. Draw the support plate and ribs 3. Draw the main structure of the pump body 4. Generate pump body 5. Graphics post-processing Section 4 Sectioning of 3D graphics 1. Full sectioning of 3D graphics 2. Composite sectioning of 3D solids Chapter 7 3D solid assemblies 1. Drawing preparation 2. Draw cylinder head 3. Draw cylinder barrel 4. Draw piston rod 5. Draw piston 6. Draw half ring, half ring sleeve, retaining ring 7. Draw connecting bolts and washers 8. Graphics post-processing Chapter 8 Graphics output Section 1 Output of 2D plane graphics 1. Setting of print style 2. Outputting using model space 3. Outputting using drawing space Section 2 Outputting multi-view graphics Note: Since the software is large, please right-click on the download address and select Thunder or Express to download. Otherwise, the server may be busy. The number of people downloading at the same time is limited, so please wait for the opportunity when downloading.
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