Admin مدير المنتدى
![مدير المنتدى مدير المنتدى](https://2img.net/i/itest/ranks/stars/stars13.gif)
![Admin](https://2img.net/u/1711/56/32/51/avatars/1-20.jpg)
عدد المساهمات : 18928 التقييم : 35294 تاريخ التسجيل : 01/07/2009 الدولة : مصر العمل : مدير منتدى هندسة الإنتاج والتصميم الميكانيكى
![كتاب Autodesk Inventor and Engineering Graphics - An Integrated Approach Empty](https://2img.net/i/fa/empty.gif) | موضوع: كتاب Autodesk Inventor and Engineering Graphics - An Integrated Approach الإثنين 01 مايو 2023, 2:34 am | |
| ![](https://i.servimg.com/u/f61/15/36/74/14/subscr10.gif)
أخواني في الله أحضرت لكم كتاب Autodesk Inventor and Engineering Graphics - An Integrated Approach Randy H. Shih Oregon Institute of Technology
![كتاب Autodesk Inventor and Engineering Graphics - An Integrated Approach I_a_i_14](https://i.servimg.com/u/f61/15/36/74/14/i_a_i_14.jpg) و المحتوى كما يلي :
Table of Contents Preface Acknowledgments 11 Table ofContents m Autodesk Inventor Certified User Examination Overview xv Tips for Taking the Autodesk Inventor Certified User Examination xx Chapter 1 Introduction Introduction Drawing in CAD Systems Development of Computer Aided Design Feature-Based Parametric Modeling Getting Started with Autodesk Inventor The Screen Layout and Getting Started Toolbar The New File Dialog Box and Units Setup The Default Autodesk Inventor Screen Layout File Menu Quick Access Toolbar Ribbon Tabs and Tool Panels Online Help Panel 3D Model Toolbar Graphics Window Message and Status Bar Mouse Buttons [Esc] - Canceling Commands Autodesk Inventor Help System Data Management Using Inventor Project Files Setup of a New Inventor Project The Content of the Inventor Project File Leaving Autodesk Inventor Chapter 2 Parametric Modeling Fundamentals Introduction The Adjuster Design Starting Autodesk Inventor The Default Autodesk Inventor Screen Layout Sketch Plane - It is an XY Monitor, but an XYZ World Creating Rough Sketches Step 1: Creating a Rough Sketch Graphics Cursors 2-101v Autodesk Inventor and Engineering Graphics Geometric Constraint Symbols Step 2: Apply/Modify Constraints and Dimensions Dynamic Viewing Functions - Zoom and Pan Modifying the Dimensions of the Sketch Step 3: Completing the Base Solid Feature Isometric View Dynamic Rotation ofthe 3D Block - Free Orbit Dynamic Viewing - Quick Keys Viewing Tools - Standard Toolbar Full Navigation Wheel Display Modes Orthographic vs. Perspective Disable the Heads-up Display Option Step 4-1: Adding an Extruded Feature Step 4-2: Adding a Cut Feature Step 4-3: Adding another Cut Feature Save the Model Review Questions Exercises Chapter 3 Constructive Solid Geometry Concepts Introduction Binary Tree The Locator Design Modeling Strategy - CSG Binary Tree Starting Autodesk Inventor Base Feature GRID Display Setup Model Dimensions Format Modifying the Dimensions of the Sketch Repositioning Dimensions Using the Measure Tools Completing the Base Solid Feature Creating the Next Solid Feature Creating a Cut Feature Creating a Placed Feature Creating a Rectangular Cut Feature Save the Model Review Questions Exercises 3-31Chapter 4 Geometric Constructions Geometric Constructions Geometric Constructions - Classical Methods Bisection of a Line or Arc Bisection of an Angle Transfer of an Angle Dividing a Given Line into a Number of Equal Parts Circle through Three Points A Line Tangent to a Circle Line Tangent to a Circle from a Given Point Circle of a Given Radius Tangent to Two Given Lines Circle of a Given Radius Tangent to an Arc and a Line Circle of a Given Radius Tangent to Two Arcs Starting Autodesk Inventor Geometric Construction - CAD Method Bisection of a Line or Arc Dimensions and Relations Applying Geometric/Dimensional Constraints Bisection of an Angle Dividing a Given Line into a Number of Equal Parts Arc through Three Points Line Tangent to a Circle from a Given Point Circle of a Given Radius Tangent to Two Given Lines Adding Geometric Relations and Fully Defined Geometry Starting a New Drawing Displaying Existing Constraints Over-Constraining and Driven Dimensions Deleting Existing Constraints Using the Auto Dimension Command Constraint and Sketch Settings Parametric Relations Dimensional Values and Dimensional Variables Parametric Equations Viewing the Established Parameters and Relations Saving the Model File Using the Measure Tools Review Questions Exercises Chapter 5 Model History Tree Introduction The Saddle Bracket Design Starting Autodesk Inventor Table of Contents v 5-4v1 Autodesk Inventor and Engineering Graphics Modeling Strategy The Autodesk Inventor Browser Creating the Base Feature Adding the Second Solid Feature Creating a 2D Sketch Renaming the Part Features Adjusting the Width of the Base Feature Adding a Placed Feature Creating a Rectangular Cut Feature History-Based Part Modifications A Design Change Assigning and Calculating the Associated Physical Properties Review Questions Exercises Chapter 6 Geometric Construction Tools Introduction The Gasket Design Modeling Strategy Starting Autodesk Inventor Create a 2D Sketch Edit the Sketch by Dragging the Sketched Entities Add Additional Constraints Use the Trim and Extend Commands The Auto Dimension Command Create Fillets and Completing the Sketch Fully Constrained Geometry Profile Sketch Redefine the Sketch and Profile Create an Offset Cut Feature Review Questions Exercises Chapter 7 Orthographic Projection and Multiview Constructions Introduction Basic Principles ofProjection Orthographic Projection Multiview Orthographic Projection First-Angle Projection Rotation of the Horizontal and Profile Planes The 3D Adjuster Model and lst Angle Projection General Procedure: lst Angle Orthographic Projection 7-9Example 1: 1st Angle Orthographic Projection Orthographic Sketching Exercises Third-Angle Projection Rotation ofthe Horizontal and Profile Planes The 3D Adjuster Model and 3rd Angle Projection The Glass Box and the Six Principal Views General Procedure: 3rd Angle Orthographic Projection Example 2: 3rd Angle Orthographic Projection Example 3: 3rd Angle Orthographic Projection 3rd Angle Orthographic Sketching Exercises Alphabet of Lines Precedence ofLines The U-Bracket Design The BORN Technique Starting Autodesk Inventor Sketch Plane Settings Apply the BORN Technique Create the 2D Sketch for the Base Feature Create the First Extrude Feature The Implied Parent/Child Relationships Create the Second Solid Feature Create a Cut Feature The Second Cut Feature Examine the Parent/Child Relationships Modify a Parent Dimension A Design Change Feature Suppression A Different Approach to the Center_Drill Feature Suppress the Rect_Cut Feature Create a Circular Cut Feature A Flexible Design Approach View and Edit Material Properties Drawings from Parts and Associative Functionality Drawing Mode Drawing Sheet Format Using the Pre-defined Drawing Sheet Formats Delete, Activate, and Edit Drawing Sheets Add a Base View Create Projected Views Adjust the View Scale Repositioning Views Review Questions Exercises Table of Contents v11 7-87vm Autodesk Inventor and Engineering Graphics Chapter 8 Dimensioning and Notes Introduction Dimensioning Standards and Basic Terminology Selection and Placement ofDimensions and Notes Machined Holes Baseline and Chain Dimensioning Dimensioning and Tolerance Accumulation (1) Tolerance Accumulation - Baseline Dimensioning (2) Tolerance Accumulation - Chain Dimensioning (3) Avoid Tolerance Accumulation - Dimensioning Features Dimensioning Tools in Autodesk Inventor The U-Bracket Design Starting Autodesk Inventor Display Feature Dimensions Repositioning and Hiding Feature Dimensions Add Additional Dimensions - Reference Dimensions Add Center Marks and Center Lines Complete the Drawing Sheet Associative Functionality- Modifying Feature Dimensions 3D Model Based Definition Review Questions Exercises Chapter 9 Tolerancing and Fits Precision and Tolerance Methods of Specifying Tolerances - English System Nomenclature Example 7.1 Fits between Mating Parts Selective Assembly Basic Hole and Basic Shaft Systems American National Standard Limits and Fits - Inches Example 7.2 Basic Hole System Example 7.3 Basic Hole System Example 7.4 Basic Shaft System Example 7.5 Basic Shaft System Tolerancing - Metric System Metric Tolerances and Fits Designation Preferred ISO Metric Fits Example 7.6 Metric Hole Basis System Example 7.7 Shaft Basis System Updating the U-Bracket Drawing Determining the Tolerances Required 9-23Review Questions Exercises Chapter 10 Pictorials and Sketching Engineering Drawings, Pictorials and Sketching Isometric Sketching Chapter 10 - Isometric Sketching Exercises Oblique Sketching Chapter 10 - Oblique Sketching Exercises Perspective Sketching One-Point Perspective Two-Point Perspective Chapter 10 - Perspective Sketching Exercises Review Questions Exercises Chapter 11 Auxiliary Views and Reference Geometry Introduction Normal View of an Inclined Surface Construction Method I - Folding Line Method Construction Method II - Reference Plane Method Partial Views Work Features Auxiliary Views in 2D Drawings The Rod-Guide Design Modeling Strategy Starting Autodesk Inventor Apply the BORN Technique Creating the Base Feature Create an Angled Work Plane Create a 2D Sketch on the Work Plane Use the Projected Geometry Option Complete the Solid Feature Create an Offset Work Plane Create another Cut Feature Using the Work Plane Start a New 2D Drawing Add a Base View Create an Auxiliary View Display Feature Dimensions Adjust the View Scale Retrieving Dimensions in the Auxiliary View Add Center Marks and Center Lines Table of Contents 1x 11-35x Autodesk Inventor and Engineering Graphics Complete the Title Block with iProperties Edit the Isometric view Review Questions Exercises Chapter 12 Section Views & Symmetrical Features in Designs Introduction General Rules of Section Views Section Drawing Types Full Section Half Section Offset Section Broken-Out Section Aligned Section Half Views Thin Sections Revolved Section Removed Section Conventional Breaks Ribs and Webs in Sections Parts Not Sectioned Section Views in Autodesk Inventor A Revolved Design: Pulley Modeling Strategy - A Revolved Design Starting Autodesk Inventor Set Up the Display of the Sketch Plane Creating the 2D Sketch for the Base Feature Create the Revolved Feature Mirroring Features Create a Pattern Leader Using Construction Geometry Circular Pattern Examine the Design Parameters Drawing Mode - Defining a New Border and Title Block Create a Drawing Template Create the Necessary Views Retrieve Model Annotations - Features Option Associative Functionality - A Design Change Add Centerlines to the Pattern Feature Complete the Drawing Review Questions Exercises 12-45Chapter 13 Threads and Fasteners Introduction Screw-Thread Terminology Thread Forms Thread Representations Detailed Representation Schematic Representation Simplified Representation Thread Specification - English Units Unified Thread Series Thread Fits Thread Specification - Metric Thread Notes Examples Specifying Fasteners Commonly Used Fasteners Drawing Standard Bolts Bolt and Screw Clearances Fasteners Using Autodesk Inventor's Content Center Starting Autodesk Inventor Review Questions Chapter 14 Assembly Modeling and Working Drawings General Engineering Design Process Working Drawings Detail Drawings Assembly Drawings Bill ofMaterials (BOM) and Parts List Drawing Sizes Drawing Sheet Borders and Revisions Block Title Blocks Working Drawings with Autodesk Inventor Assembly Modeling Methodology The Shaft Support Assembly Additional Parts Starting Autodesk Inventor Placing the First Component Placing the Second Component Degrees of Freedom and Constraints Assembly Constraints Apply the First Assembly Constraint Apply a Second Mate Constraint Constrained Move Apply a Flush Constraint Table of Contents x1 14-23x11 Autodesk Inventor and Engineering Graphics Placing the Third Component Applying an Insert Constraint Assemble the Cap-Screws Exploded View of the Assembly Editing the Components Adaptive Design Approach Delete and Re-apply Assembly Constraints Setup a Drawing of the Assembly Model Creating a Parts List Edit the Parts List Change the Material Type Add the Balloon Callouts Completing the Title Block Using the iProperties Option Bill of Materials Review Questions Exercises Chapter 15 Introduction to Stress Analysis Introduction Problem Statement Preliminary Analysis Maximum Displacement Finite Element Analysis Procedure Create the Autodesk Inventor Part Create the 2D Sketch for the Plate Assigning the Material Properties Switch to the Stress Analysis Module Apply Constraints and Loads Create a Mesh and Run the Solver Refinement of the FEA Mesh - Global Element Size Refinement of the FEA Mesh - Local Element Size Comparison of Results Create an HTML Report Geometric Considerations of Finite Elements Conclusion Summary of Modeling Considerations Review Questions Exercises Appendix A. Running and Sliding Fits - American National Standard B. METRIC LIMITS AND FITS C. UNIFIED NATIONAL THREAD FORM 15-28Table of Contents xm D. METRIC THREAD FORM E. FASTENERS (INCH SERIES) F. METRIC FASTENERS G. FASTENERS H. REFERENCES Index A A Line Tangent to a Circle, 4-9 Acme, 13-6 Activate Sheet, 7-80 Adaptive, 14-33 Add Sheet, 7-78 Add Symbol, 8-10, 8-41 Aligned Section, 12-8 Angle constraint, 14-18 Angled Work Plane, 11-17 Allowance, 9-4 Alphabet of Lines, 7-43 American National Standard Limits and Fits - Inches, 9-8 Angle option, 4-19 Annotations, 8-34 ANSI, 8-4 File Menu, 1-14 Application Options, 7-48 Arc, 4-19 Area Measure Tool, 4-57 Arrowheads Inside, 12-41 Assembly drawing, 14-5 Assembly Mates, 14-18 Assembly Modeling Methodology, 14-9 Assign Materials, 15-13 Associative Functionality, 8-31 Auto Dimension, 6-13 Autodesk Inventor Resources, 1-17 Auxiliary view, 11-3, 11-28 Axonometric projection, 10-4 B Balloons, 14-44 Baseline dimensioning, 8-15 Base Feature, 3-8 Base view, 7-81 Basic hole system, 9-7 Basic shaft system, 9-7 Basic size, 9-4 Bill ofMaterials, 14-46 Binary Tree, 3-4 Bisection of an Angle, 4-5 Autodesk Inventor and Engineering Graphics 1-1 INDEX Bisection of a Line or Arc, 4-4 Boolean operations, 3-3 BORN technique, 7-47 Bottom Up approach, 14-9 Boundary representation, 1-8 Break Line, 7-43 Broken-Out Section, 12-7 BSI, 8-4 Buttons, Mouse, 1-16 Buttress, 13-6 c Cavalier oblique, 10-6 Cabinet oblique, 10-6 CAD files folder, 1-20 Canceling commands, 1-16 Cap Screws, 13-16 Carriage bolts, 13-17 Center line, 7-43 Center Mark, 8-27 Center of Gravity, 5-22 Chain dimensioning, 8-15 CIRCLE command, 3-19 Circle ofa Given Radius Tangent to Two Given Lines, 4-11 Circle ofa Given Radius Tangent to an Arc and a Line, 4-12 Circle ofa Given Radius Tangent to Two Arcs, 4-13 Circle through Three Points, 4-8 Circular Center Mark, 8-27 Circular Pattern, 12-39 Clearance, 9-4 Clearance fit, 9-6 Coincident, 2-11 Computer Aided Design, 1-5, 1-6 Computer Aided Drafting, 1-5, 1-6 Computer Aided Engineering, 1-5 Computer Aided Manufacturing, 1-5 Concentric, 2-11 Conceptual drawings, 14-4 Concurrent engineering, 1-8 Constrained Move, 14-221-2 Autodesk Inventor and Engineering Graphics Constructive solid geometry, 1-8 Content Center, 13-19 Contour Rule, 8-6 Conventional Breaks, 12-10 Counterbore, 8-14 Countersink, 8-14 Create component, 14-31 Create Simulation, 15-11 Create Toolbar, 1-15 Crest, 13-4 Cut, 2-33, 2-34, 2-36 Cutting plane line, 7-44 D Dashed line, 2-11 Degrees of Freedom, 14-16 Delete, 4-23, 4-32 Delete Features, 7-66 Delete Sheet, 7-80 Design Intent, 2-3 Detail drawing, 14-4 Drafting Standards, 12-32 Drawing Mode, 7-75 Drawing Resources, 7-78 Drawing sizes, 14-6 Dimension, Smart, 2-13 Dimension Line, 7-43 Dimensioning, 8-4 Dimetric projections, 10-5 DIN, 8-4 Display Modes, 2-25 Dividing a Given Line into a Number of Equal Parts, 4-7 Document Settings, 3-12 Drafting machine, 4-3 Drag and Drop, 6-11 Driven dimensions, 4-39 Dynamic Viewing, 2-20 E Edit Model Dimension, 8-32 Edit Parts List, 14-40 Edit Sheet, 7-80 Edit Sheet Formats, 12-29 Edit Sketch, 5-18 Edit View, 7-83 Engineering Design process, 14-3 Engineering drawing, 1-3 Engineering Graphics, 1-3 Environments, 15-11 Equations, 4-17, 4-26 ESC, 1-16 EXIT command, 1-16, 1-22 Exit Sketch, 2-19 Exploded View command, 14-28 Export Bill ofMaterials, 14-46 EXTEND command, 6-11 Extension line, 7-43 Extruded Feature, 2-16 Extruded Cut, 2-31 F Fastener, 13-15 Feature-based, 1-8, 1-9, 2-3 Feature suppression, 7-65 FILLET command, 4-32 Finite Element Method, 15-2 Fits, 9-6 First angle projection, 7-6 First angle projection symbol, 7-7 Fixed Constraint, 15-14 Flush Constraint, 14-23 Folding Line Method, 11-6 Force, 15-15 Force or Shrink Fits, 9-12 Fully Define Sketch, 4-33 Full Section, 12-6 G Geometric Construction, 4-3, 4-15 CAD Method, 4-15 Geometric Relations, 2-11, 4-17 Glass Box, 7-26 Graphics Window, 1-15 Grid Intervals setup, 3-9 H Half Section, 12-6 HalfViews, 12-8 Heads-Up Display, 2-10 Help System, 1-17 Hex bolts, 13-16Hidden line, 7-43 History-based part modification, 5-17 Hole-Basis system, 9-19 Hole Tool, 3-25 Horizontal, 2-11 Insert Component, 14-19 Interference fit, 9-6 International tolerance grade, 9-17 Intersect, 3-3 iProperties, 5-21, 14-42 ISO, 8-4 ISO Metric Fits, 9-17 Isometric projections, 10-5 Isometric Sketching, 10-7 Isometric View, 2-17 J JIS, 7-76, 8-4 Join, 3-3 K Keys, 13-17 L Lead, 13-5 Least Material Condition, 9-4 Left-hand Thread, 13-5 Limit - Stacked, 9-24 Limits and Fits, 9-8 LINE command, 5-7 Line Fit, 9-6 Lines of Sight, 7-4 Line Style, 7-44 Line Tangent To A circle from A GivenPoint, 4-10 Local Mesh Control, 15-20 Locational Clearance Fits, 9-9 Locational Interference Fits, 9-11 Look At, 5-18 M Machine screws, 13-16 Machined hole, 8-12 Major Diameter, 13-4 Index I-3 Make Drawing from Part, 7-74 Mass Properties, 5-22, 15-10 Mate command, 14-17 Maximum Material Condition, 9-4 Measure Tools, 3-14 Measure Area 4-57 Mesh View, 15-16 Middle Out approach, 14-9 Midpoint, 5-10 Minor Diameter, 13-4 Mirror Feature, 12-11 Mouse Buttons, 1-16 Multiple Threads, 13-5 Multiview drawing, 7-3 N NEW file, 1-12 Notes, 8-4 Nuts, 13-17 0 Oblique Projection, 10-5 Oblique Sketching, 10-19 OFFSET command, 6-23 Offset Work Plane, 12-7 Offset Section, 12-7 One-point perspective, 10-6, 10-27 Online Help, 1-14 Open a drawing, 7-8 Options, 4-15, 4-46 Origin, Center Point, 7-49 Orthographic projection, 7-4 Orthographic views, 7-5 p PAN Realtime, 2-15 Paper sizes, 14-6 Parallel, 2-11 Partial Views, 11-10 Parts list, 14-5, 14-39 Perimeter Circle, 4-29 Perpendicular, 2-11 Perspective Projection, 10-6 Perspective Sketching, 10-26 Phantom line, 7-43 Physical Properties, 5-211-4 Autodesk Inventor and Engineering Graphics Pictorials, 10-2 Pitch, 13-4 Pitch Diameter, 13-4 Place Component, 14-14 Point, 4-29 Precedence of Lines, 7-45 Precision, 9-2 Primitive Solids, 3-3 Principles ofProjection, 7-4 Profiles, 6-3 Profile Sketch, 6-18 Project Geometry, 11-18 Projected View, 7-82 Projection, 7-4 Proximity Rule, 8-6 Q Quick Access Toolbar, 1-13 R RECTANGLE command, 3-10 Reference Plane Method, 11-8 Region Properties, 3-15 Relations, 4-17 Removed Section, 12-9 Rename Features, 5-12 Report, 15-24 Reposition Dimensions, 3-13 Retrieve Dimensions, 12-36 Reverse Direction, 15-15 Revisions Block, 14-6 Revolved Feature, 12-18 Revolved Section, 12-8 Ribs and Webs in Sections, 12-10 Right-hand Thread, 13-5 Rivets, 13-17 Root, 13-4 ROTATE, 2-18 Rough Sketches, 2-9 Running or Sliding Clearance Fits, 9-8 s SAVE command, 2-37 Screen, Autodesk Inventor, 1-13 Screw Thread, 13-4 Section Drawing Types, 12-6 Section line, 7-44 Section views, 12-3, 12-33 Select Other, 4-56 Select Dimensions, 11-33 Selective Assembly, 9-7 Set Screws, 13-17 Shaft-Basis system, 9-19 Sheet Formats, 7-76 Sheet metal screws, 13-17 Show Feature Dimensions, 7-63 Simulate, 15-16 Simulation Guide, 15-12 Single Dimension Line, 12-41 Six principal views, 7-26 Sketch Toolbar, 2-8 Sketching, 10-2 Sketching Plane, 2-8 Smart Dimension, 2-13 Socket screws, 13-17 Spotface, 8-14 Square thread, 13-6 Standard drawing paper sizes, 14-6 Starting Autodesk Inventor, 1-10 Status Bar, 1-15 Stress Analysis, 15-11 Studs, 13-16 Suppression, Feature, 7-65 Surface modelers, 1-8 Symmetric, 5-8 T T-square, 1-3 Tangent, 2-11 Tangent Edges, 7-83 Tangent Edges Removed, 7-83 Task Panel, 1-13 Technical Drawing, 1-3 Templates, 12-32 Template File, 12-32 Text, 11-39 Thin Sections, 12-8 Third angle projection, 7-23 Third angle projection symbol, 7-24 Thread Fits, 13-13 Thread Forms, 13-6, 13-7 Threads per Inch, 13-4Thread Representations, 13-7 Thread, Screw, 13-4 Thread Spee., English Units, 13-1 1 Thread Spee., Metric Units, 13-13 Three-point perspective, 10-6 Title Block, 14-7 Tolerance, 8-16, 9-2 Accumulation, 8-17 Bilateral tolerances, 9-3 Limits, 8-17, 9-3 Metric, 9-17 Nomenclature, 9-4 Unilateral tolerances, 9-3 Toolbars, 1-13 Tools, 4-46 Top Down approach, 14-9 Transfer of an Angle, 4-6 Transition fit, 9-6 Transition Clearance or Interference Fits, 9-10 TRIM command, 6-1 1 Trimetric projections, 10-5 Two-point perspective, 10-6, 10-28 u UNDO command, 4-37, 4-44 Unified Thread Series, 13-6 Unified Screw Thread, 13-6 Union, 3-3 Units, 4-7 Units Setup, 2-5 Unsuppress, 7-65 Up To Next, 5-16 Update, 7-63 v Vanishing point, 10-6 Vertical, 2-11 View Cube, 2-21 View Sketch Relations, 4-52 Viewing Toolbar, 2-2 1 Visible Line, 7-44 Visibility, 7-49 w Washers, 13-17 Whitworth, 13-6 Wireframe Display, 4-56 Wireframe Modeler, 1-7 Wood screws, 13-16 Index I-5 Working Drawings, 14-4 World coordinate system, 7-49 z Zoom, 2-15 #أوتوديسك,#أنفنتور,#أنفينتور,#Autodesk,#Inventor,#انفنتور,#انفينتور,#أوتودسك,#أتوديسك,#أتودسك,
كلمة سر فك الضغط : books-world.net The Unzip Password : books-world.net أتمنى أن تستفيدوا من محتوى الموضوع وأن ينال إعجابكم رابط من موقع عالم الكتب لتنزيل كتاب Autodesk Inventor and Engineering Graphics - An Integrated Approach رابط مباشر لتنزيل كتاب Autodesk Inventor and Engineering Graphics - An Integrated Approach ![](https://i.servimg.com/u/f61/15/36/74/14/sign_110.gif)
|
|