محمد عبدالجواد مهندس فعال جدا
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عدد المساهمات : 277 التقييم : 718 تاريخ التسجيل : 06/08/2010 العمر : 36 الدولة : EGYPT العمل : مهندس ميكانيكا انتاج الجامعة : المنوفية
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تذكير بمساهمة فاتح الموضوع : احضرت لكم اليوم كتاب قيم جدا فى تعلم واحتراف البرنامج العملاق Solidworks وهو يعتبر واحد من ثلاث كتب التى تجعل المهندس متحكم جدا فى هذا البرنامج العملاق
Solidworks 2006 Essentials Parts & Assemblies
ويتناول الموضوعات الأتية :
Lesson : Introduction About This Course Prerequisites Course Design Philosophy Using this Book Conventions Used in this Book Use of Color What is the SolidWorks Software? Design Intent Examples of Design Intent How Features Affect Design Intent Unselectable Icons The SolidWorks User Interface Menus Keyboard Shortcuts Toolbars Arranging the Toolbars Quick Tips FeatureManager Design Tree PropertyManager Menus Taskpane Mouse Buttons System Feedback Options Lesson : Introduction to Sketching D Sketching Stages in the Process What are We Going to Sketch? Sketching Default Planes Sketch Entities Sketch Geometry Basic Sketching The Mechanics of Sketching Introducing: Sketch Relations Inference Lines (Automatic Relations) Sketch Feedback Status of a Sketch Rules That Govern Sketches Design Intent What Controls Design Intent? Desired Design Intent Sketch Relations Automatic Sketch Relations Added Sketch Relations Examples of Sketch Relations Selecting Multiple Objects Dimensions Dimensioning: Selection and Preview Angular Dimensions Sketch Fillets Extrude Exercise : Sketching Horizontal and Vertical Lines Exercise : Sketching Lines with Inferences Exercise : Sketching Lines Lesson : Basic Part Modeling Basic Modeling Stages in the Process Terminology Feature Plane Extrusion Sketch Boss Cut Fillets and Rounds Design Intent Choosing the Best Profile Choosing the Sketch Plane Reference Planes Placement of the Model Details of the Part Standard Views Main Bosses Best Profile Sketch Plane Design Intent Sketching the First Feature Extrude Options Renaming Features Boss Feature Sketching on a Planar Face Sketching Tangent Arc Intent Zones Autotransitioning Between Lines and Arcs Viewports Using the Hole Wizard Creating a Standard Hole Counterbore Hole Cut Feature Selecting Multiple Objects View Options Filleting Filleting Rules Recent Commands Menu Fillet Propagation Detailing Basics Settings Toolbars New Drawing Drawing Views Moving Views Center Marks Model Dimensions Inserting All Model Dimensions Manipulating Dimensions Driven Dimensions Associativity Between the Model and the Drawing Changing Parameters Rebuilding the Model Refreshing the Screen Exercise : Plate Exercise : Basic-Changes Exercise : Bracket Exercise : Working with Fractions Exercise : Part Drawings Exercise : Guide Lesson : Modeling a Casting or Forging Case Study: Ratchet Stages in the Process Design Intent Boss Feature with Draft Building the Handle Design Intent of the Handle Symmetry in the Sketch Symmetry While Sketching Symmetry after Sketching Automatic Dimensioning of Sketches First Feature Sketching Inside the Model Design Intent of the Transition Circular Profile Sketching the Circle Changing the Appearance of Dimensions Extruding Up To Next Design Intent of the Head Resolve Conflicts View Options Display Options Modify Options Middle Mouse Button Functions Keyboard Shortcuts Using Model Edges in a Sketch Zoom to Selection Sketching an Offset Creating Trimmed Sketch Geometry Trim and Extend Modifying Dimensions Measuring Using Copy and Paste Sketching the Hole Copy and Paste Features Dangling Relations Editing a Sketch Editing Features Editing the Fillet Exercise : Base Bracket Exercise : Ratchet Handle Changes Exercise : Tool Holder Exercise : Idler Arm Exercise : Pulley Lesson : Patterning Why Use Patterns? Comparison of Patterns Pattern Options Flyout FeatureManager Design Tree Linear Pattern Deleting Instances Geometry Patterns Circular Patterns A Word About Axes Mirror Patterns Using Pattern Seed Only Curve Driven Patterns Table and Sketch Driven Patterns Using Vary Sketch Pattern of a Pattern Patterning Faces Fill Patterns Exercise : Linear Patterns Exercise : Table or Sketch Driven Patterns Exercise : Skipping Instances Exercise : Linear and Mirror Patterns Exercise : Curve Driven Patterns Exercise : Using Vary Sketch Lesson : Revolved Features Case Study: Handwheel Stages in the Process Design Intent Revolved Features Sketch Geometry of the Revolved Feature Rules Governing Sketches of Revolved Features Dimensioning the Sketch Diameter Dimensions Creating the Revolved Feature Building the Rim Multibody Solids Building the Spoke Completing the Path and Profile Sketches Chamfers Edit Material RealView Graphics Mass Properties Mass Properties as Custom Properties COSMOSXpress Overview Mesh Results Using the Wizard Phase : Options Phase : Material Phase : Restraint Phase : Load Phase : Analyze Phase : Results Updating the Model Exercise : Flange Exercise : Wheel Exercise : Compression Plate Exercise : Tool Post Exercise : Sweeps Cotter Pin Paper Clip Mitered Sweep Exercise : COSMOSXpress Lesson : Editing: Repairs Part Editing Stages in the Process Editing Topics Information from a Model Finding and Repairing Problems What’s Wrong Dialog Where to Begin Check Sketch for Feature Box Selection Repairing the Sketch Information From a Model Rollback to a Sketch Rebuilding Tools Rollback to Feature Feature Suppression Rebuild Feedback and Interrupt Feature Statistics Exercise : Errors Exercise : Errors Exercise : Copy and Dangling Relations Lesson : Editing: Design Changes Part Editing Stages in the Process Design Changes Required Changes Deletions Edit Feature Reorder Edit Sketch Rollback Sketch Contours Contours Available Shared Sketches Copying Fillets Adding Textures Exercise : Changes Exercise : Adding Draft Exercise : Editing Exercise : Contour Sketches #-# Exercise : Handle Arm Exercise : Oil Pump Exercise : Using the Contour Selection Tool Lesson : Configurations of Parts Configurations Terminology Using Configurations Accessing the ConfigurationManager Adding New Configurations Defining the Configuration Changing Configurations Renaming and Copying Configurations Editing Parts that Have Configurations Design Library The Features Folder Default Settings Multiple References Dropping on Circular Faces Exercise : Configurations Exercise : More Configurations Exercise : Working with Configurations Lesson : Design Tables and Equations Design Tables Key Topics Pre-Release Do not copy or distribute SolidWorks Training Manual viii Link Values Equations Preparation for Equations Functions Equation form A Few Final Words About Equations Design Tables Auto-create a Design Table Excel Formatting Anatomy of a Design Table Adding New Headers Adding Configurations to the Table Existing Design Tables Inserting the Design Table Inserting Blank Design Tables Saving a Design Table Other Uses of Configurations Modeling Strategies for Configurations More About Making Drawings Drawing Properties Simple Section View Detail Views Annotations Ordinate Dimensions Parametric Notes Area Hatch Design Tables in a Drawing In the Advanced Course Exercise : Using Link Values Exercise : Using Equations Exercise : Part Design Tables Exercise : Existing Configurations and Linked Design Tables Exercise : Designing for Configurations Exercise : Drawings Lesson : Shelling and Ribs Shelling and Ribs Stages in the Process Analyzing and Adding Draft Draft Analysis Other Options for Draft Draft Using a Neutral Plane Shelling Order of Operations Face Selection Reference Planes Ribs Rib Sketch Full Round Fillets Thin Features Exercise : Pump Cover Exercise : Ceiling Fan Ball Exercise : Motor Shield Exercise : Arm Exercise : Hook Exercise : Blow Dryer Exercise : Face Shield Lesson : Bottom-Up Assembly Modeling Case Study: Universal Joint Bottom-Up Assembly Stages in the Process The Assembly Creating a New Assembly Position of the First Component FeatureManager Design Tree and Symbols Degrees of Freedom Components Annotations Rollback Marker Reorder Mate Groups Adding Components Insert Component Moving and Rotating Components Mate to Another Component Mate Types and Alignment Mating Concentric and Coincident Width Mate Parallel Mate Displaying Part Configurations in an Assembly The Pin Using Part Configurations in Assemblies The Second Pin Opening a Component Creating Copies of Instances Component Hiding and Transparency Component Properties Sub-assemblies Smart Mates Inserting Sub-assemblies Mating Sub-assemblies Pre-Release Distance Mates Exercise : Gearbox Assembly Exercise : Part Design Tables in an Assembly Exercise : Mates Exercise : U-Joint Changes Exercise : Gripe Grinder Lesson : Using Assemblies Using Assemblies Stages in the Process Analyzing the Assembly Mass Properties Calculations Checking for Interference Static vs Dynamic Interference Detection Performance Considerations Changing the Values of Dimensions Using Physical Dynamics Examples Tips for Working With Physical Dynamics Physical Simulation Simulation Toolbar Toolbar Options Simulation Elements Animation Controller Playback Options FeatureManager Design Tree Exploded Assemblies Setup for the Exploded View Exploding a Single Component Multiple Component Explode Sub-assembly Component Explode Auto-spacing Reusing Explodes Explode Line Sketch Explode Lines Animating Exploded Views Assembly Drawings Bill of Materials Adding Balloons In the Drawings Course Exercise : Using Collision Detection Exercise : Exploded Views Exercise : Exploded Views and Assembly Drawings Appendix Options Settings Applying Changes Changing the Default Options Suggested Settings Document Templates How to Create a Part Template Drawing Templates and Sheet Formats Organizing Your Templates Default Templates
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