How to Master Engineering Design with SolidWorks 2013 - Free Torrent Link
Engineering Design with SolidWorks 2013: A Comprehensive Guide
If you are a student, designer, engineer or professional who wants to learn how to use SolidWorks 2013 for engineering design, this article is for you. In this article, you will learn what SolidWorks is, what engineering design is, and why SolidWorks is a powerful tool for engineering design. You will also learn how to get started with SolidWorks 2013, how to master the basics of SolidWorks 2013, how to advance your skills in SolidWorks 2013, how to apply analysis tools in SolidWorks 2013, and how to enhance your designs with SolidWorks 2013. By the end of this article, you will have a solid foundation in SolidWorks 2013 and be able to create parts, assemblies and drawings in an engineering environment.
Engineering Design with SolidWorks 2013 downloads torrent
Introduction
What is SolidWorks?
SolidWorks is a computer-aided design (CAD) software that allows you to create, modify and analyze 3D models of parts, assemblies and drawings. SolidWorks is widely used by engineers and designers in various industries such as aerospace, automotive, biomedical, consumer products, industrial machinery, robotics and more. SolidWorks has many features and tools that help you design faster, easier and better.
What is Engineering Design?
Engineering design is the process of applying scientific principles, mathematical methods, creativity and engineering knowledge to solve problems and meet requirements. Engineering design involves defining the problem, researching the background information, generating alternative solutions, evaluating and selecting the best solution, implementing and testing the solution, and communicating the results. Engineering design requires technical skills as well as critical thinking, problem-solving, teamwork and communication skills.
Why use SolidWorks for Engineering Design?
SolidWorks is a great software for engineering design because it allows you to:
Create realistic 3D models of parts and assemblies that represent how they will look and function in the real world.
Modify and edit your models easily using parametric features, geometric relations and dimensions.
Reuse your models through symmetry, patterns, copied components, design tables, custom properties and configurations.
Analyze your models using various tools such as SimulationXpress for stress analysis, SustainabilityXpress for environmental impact assessment, DFMXpress for design for manufacturability evaluation and more.
Enhance your models using intelligent modeling techniques such as equations, equations-driven curves, smart components, smart mates and more.
Collaborate with leading industry suppliers such as SMC Corporation of America, Boston Gear and 80/20 Inc. using online intelligent catalogs that guide you to the product that meets your geometric and performance requirements.
Present your models in various formats such as paper drawings, electronic files, rendered images and animations.
SolidWorks is not only a software, but also a learning platform that helps you develop your engineering design skills and knowledge. SolidWorks provides many resources such as tutorials, help topics, online forums, blogs, videos, books and more to help you learn and improve your SolidWorks skills.
Getting Started with SolidWorks 2013
Installing and Activating SolidWorks 2013
To use SolidWorks 2013, you need to install and activate it on your computer. You can download the installation files from the SolidWorks website or use the DVD that comes with the book Engineering Design with SolidWorks 2013 and Video Instruction by David C. Planchard and Marie P. Planchard. You also need a serial number to activate SolidWorks 2013. You can get a serial number from your school or company if you are a student or an employee, or you can purchase a license from a SolidWorks reseller if you are an individual user. To install and activate SolidWorks 2013, follow these steps:
Run the setup.exe file from the installation files or the DVD.
Select the type of installation: Individual (on this computer), Administrative Image or Server Products.
Enter your serial number and click Next.
Select the products you want to install: SolidWorks, SolidWorks Simulation, SolidWorks Motion, SolidWorks Flow Simulation, SolidWorks Toolbox, SolidWorks Workgroup PDM and more.
Select the installation location and options: Program Files folder, Toolbox/Hole Wizard folder, Download Options, Background Downloader and more.
Review the summary of installation settings and click Install Now.
Wait for the installation to complete and click Finish.
Launch SolidWorks 2013 from the Start menu or the desktop icon.
Click Help > Activate Licenses and follow the instructions to activate your license online or offline.
Exploring the SolidWorks User Interface
When you launch SolidWorks 2013, you will see the following user interface:
 The user interface consists of several elements that help you access commands, tools and options. Here are some of the main elements:
The Menu Bar contains menus such as File, Edit, View, Insert, Tools, Window and Help that provide access to various commands and options.
The CommandManager is a context-sensitive toolbar that displays tabs such as Features, Sketch, Assembly, Drawing and more that contain commands related to the current document type or mode.
The FeatureManager Design Tree is a pane on the left side of the window that shows the structure and history of your model. It lists the features, sketches, mates, configurations, custom properties and more that make up your model. You can expand, collapse, rename, reorder, suppress, unsuppress, edit and delete items in the FeatureManager Design Tree.
The Graphics Area is the main area where you create and view your model. You can zoom, pan, rotate and select items in the Graphics Area using your mouse or keyboard shortcuts. You can also display different views of your model using the View toolbar or the View Selector cube.
The PropertyManager is a pane on the left side of the window that appears when you select a command or tool. It displays options and parameters related to the selected command or tool. You can enter values, select items, check boxes, choose options and more in the PropertyManager.
The Task Pane is a pane on the right side of the window that contains tabs such as Design Library, File Explorer, View Palette and more that provide access to various resources and tools. You can drag and drop items from the Task Pane to your model or document.
The Status Bar is a bar at the bottom of the window that displays information such as coordinates, messages, feedbacks, hints and more related to your model or document. You can also access some options such as units system, selection filters, dynamic highlight and more from the Status Bar.
Creating Your First Part, Assembly and Drawing
To create a part in SolidWorks 2013, you need to follow these steps:
> New > Part or clicking the New icon on the Standard toolbar and selecting Part.
Sketch a 2D profile on a plane or a face by clicking Sketch on the Sketch tab of the CommandManager and selecting a plane or a face in the Graphics Area. You can use sketch tools such as Line, Circle, Rectangle and more to draw your sketch. You can also apply geometric relations and dimensions to define your sketch.
Create a 3D feature from your sketch by clicking a feature tool such as Extruded Boss/Base, Revolved Boss/Base, Swept Boss/Base and more on the Features tab of the CommandManager. You can enter parameters such as depth, direction, angle, profile and more in the PropertyManager.
Repeat steps 2 and 3 to create more sketches and features until you complete your part. You can also use other tools such as Fillet, Chamfer, Shell, Hole Wizard and more to modify your features.
Save your part document by clicking File > Save or clicking the Save icon on the Standard toolbar. You can enter a name and a location for your part file.
To create an assembly in SolidWorks 2013, you need to follow these steps:
Create a new assembly document by clicking File > New > Assembly or clicking the New icon on the Standard toolbar and selecting Assembly.
Insert components into your assembly by clicking Insert Components on the Assembly tab of the CommandManager and selecting parts or subassemblies from the Task Pane or from your computer. You can also drag and drop components from the Task Pane or from Windows Explorer to your assembly.
Mate components to define their position and orientation in relation to each other by clicking Mate on the Assembly tab of the CommandManager and selecting faces, edges, planes or points on different components. You can choose different types of mates such as Coincident, Parallel, Perpendicular, Distance, Angle and more in the PropertyManager.
Repeat steps 2 and 3 to insert and mate more components until you complete your assembly. You can also use other tools such as Move Component, Rotate Component, Explode View and more to manipulate your components.
Save your assembly document by clicking File > Save or clicking the Save icon on the Standard toolbar. You can enter a name and a location for your assembly file.
To create a drawing in SolidWorks 2013, you need to follow these steps:
Create a new drawing document by clicking File > New > Drawing or clicking the New icon on the Standard toolbar and selecting Drawing.
Select a drawing template that defines the size, format and style of your drawing sheet by choosing a template from the Task Pane or from your computer.
Insert views of your part or assembly by clicking Model View on the Drawing tab of the CommandManager and selecting a part or assembly file from the Task Pane or from your computer. You can also drag and drop views from the View Palette in the Task Pane to your drawing sheet. You can choose different types of views such as Standard Views, Projected Views, Section Views, Detail Views and more in the PropertyManager.
Annotate your drawing by adding dimensions, notes, symbols, balloons and more by clicking tools on the Annotation tab of the CommandManager. You can also use tools such as Smart Dimension, Auto Balloon, Model Items and more to automatically add annotations from your model.
Repeat steps 3 and 4 to insert and annotate more views until you complete your drawing. You can also use other tools such as Tables, Layers, Scale and more to customize your drawing.
Save your drawing document by clicking File > Save or clicking the Save icon on the Standard toolbar. You can enter a name and a location for your drawing file.
Learning the Basics of SolidWorks 2013
Sketching in 2D and 3D
Sketching is one of the most important skills in SolidWorks 2013 because sketches are used to create features that define your model. Sketching in SolidWorks 2013 is easy and intuitive because you can draw sketches in 2D or 3D using various sketch tools such as Line, Circle, Rectangle, Arc, Spline and more. You can also apply geometric relations and dimensions to define your sketch. Here are some tips and tricks for sketching in SolidWorks 2013:
To start a sketch, click Sketch on the Sketch tab of the CommandManager and select a plane or a face in the Graphics Area. You can also use the keyboard shortcut Ctrl+8 to start a sketch on the Front plane, Ctrl+7 to start a sketch on the Top plane, or Ctrl+9 to start a sketch on the Right plane.
To select a sketch tool, click a tool on the Sketch tab of the CommandManager or use the keyboard shortcut S to access the Sketch Shortcut Bar that contains commonly used sketch tools. You can also right-click in the Graphics Area and select a tool from the context menu.
To draw a sketch entity, click in the Graphics Area to define the start point and then move your mouse to define the end point or the radius. You can also enter values in the PropertyManager or in the dimension box that appears next to your cursor. To finish drawing a sketch entity, press Esc or click in a blank area.
To apply a geometric relation, select two or more sketch entities or points and click a relation icon on the Add Relations pop-up toolbar that appears next to your cursor. You can also click Add Relations on the Sketch tab of the CommandManager or use the keyboard shortcut Q to access the Add Relations dialog box that allows you to add multiple relations at once.
To apply a dimension, click Smart Dimension on the Sketch tab of the CommandManager or use the keyboard shortcut D and then select one or more sketch entities or points. You can then drag your mouse to position the dimension and enter a value in the Modify dialog box that appears. You can also double-click an existing dimension to edit its value.
To edit a sketch entity, select it and drag its endpoints, handles or inference points. You can also right-click it and select options such as Delete, Trim, Extend, Mirror, Offset and more from the context menu.
To exit a sketch, click Exit Sketch on the Sketch tab of the CommandManager or use the keyboard shortcut Ctrl+Q. You can also double-click in a blank area or press Esc twice.
Applying Geometric Relations and Dimensions
Geometric relations and dimensions are used to define your sketch by specifying how your sketch entities are related to each other and to the origin, planes or faces. Geometric relations are constraints that control the shape and position of your sketch entities such as Coincident, Parallel, Perpendicular, Tangent, Horizontal, Vertical and more. Dimensions are numerical values that control the size and location of your sketch entities such as Length, Angle, Diameter and more. Here are some tips and tricks for applying geometric relations and dimensions in SolidWorks 2013:
To apply a geometric relation, select two or more sketch entities or points and click a relation icon on the Add Relations pop-up toolbar that appears next to your cursor. You can also click Add Relations on the Sketch tab of the CommandManager or use the keyboard shortcut Q to access the Add Relations dialog box that allows you to add multiple relations at once.
> the Sketch tab of the CommandManager or use the keyboard shortcut D and then select one or more sketch entities or points. You can then drag your mouse to position the dimension and enter a value in the Modify dialog box that appears. You can also double-click an existing dimension to edit its value.
To view and manage geometric relations and dimensions, click Display/Delete Relations on the Sketch tab of the CommandManager or use the keyboard shortcut R to access the Display/Delete Relations dialog box that shows all the relations and dimensions in your sketch. You can also click a relation or dimension icon in the Graphics Area to select it and view its properties in the PropertyManager.
To delete a geometric relation or dimension, select it and press Delete or right-click it and select Delete from the context menu. You can also delete a relation or dimension from the Display/Delete Relations dialog box by selecting it and clicking Delete.
To modify a geometric relation or dimension, double-click it and change its properties in the PropertyManager. You can also modify a relation or dimension from the Display/Delete Relations dialog box by selecting it and clicking Edit.
To fully define your sketch, apply enough geometric relations and dimensions to remove any degrees of freedom from your sketch entities. A fully defined sketch is shown in black color, while an underdefined sketch is shown in blue color. You can also use tools such as Fully Define Sketch, Dimension Expert and SketchXpert to help you fully define your sketch.
Creating and Modifying Solid Features
Solid features are 3D shapes that define your model. Solid features are created from sketches or other features by using feature tools such as Extruded Boss/Base, Revolved Boss/Base, Swept Boss/Base and more. Solid features can be modified by using tools such as Fillet, Chamfer, Shell, Hole Wizard and more. Here are some tips and tricks for creating and modifying solid features in SolidWorks 2013:
To create a solid feature, click a feature tool on the Features tab of the CommandManager and select a sketch or a face in the Graphics Area. You can also use tools such as Instant3D or FeatureWorks to create features from imported geometry or graphics. You can enter parameters such as depth, direction, angle, profile and more in the PropertyManager.
To modify a solid feature, double-click it in the Graphics Area or in the FeatureManager Design Tree and change its parameters in the PropertyManager. You can also right-click it and select options such as Edit Feature, Edit Sketch, Move/Copy, Mirror, Pattern and more from the context menu.
To reorder a solid feature, drag it up or down in the FeatureManager Design Tree or use tools such as Rollback Bar, Move Up/Down Feature and Reorder Sketches/Features to change its position in the feature history.
To suppress or unsuppress a solid feature, right-click it in the Graphics Area or in the FeatureManager Design Tree and select Suppress or Unsuppress from the context menu. You can also use tools such as Suppress/Unsuppress Features, Suppress/Unsuppress with Dependents and Configure Feature to control the visibility of features in different configurations.
To delete a solid feature, select it and press Delete or right-click it and select Delete from the context menu. You can also use tools such as Delete Face, Delete Body and Delete Hole to delete specific parts of a feature.
Advancing Your Skills in SolidWorks 2013
Working with Configurations, Design Tables and Custom Properties
Configurations, design tables and custom properties are tools that allow you to create and manage multiple versions of your model with different parameters, features and properties. Configurations are variations of your model that you can create by changing parameters such as dimensions, suppressions, colors and more. Design tables are Excel spreadsheets that you can use to create and control configurations by entering values in cells. Custom properties are attributes that you can assign to your model such as part number, description, material and more. Here are some tips and tricks for working with configurations, design tables and custom properties in SolidWorks 2013:
> the FeatureManager Design Tree tab and right-click the name of your model and select Add Configuration from the context menu. You can enter a name and a description for your configuration and click OK. You can then change the parameters of your model in the new configuration by using tools such as Modify, Suppress/Unsuppress, Appearances and more.
To create a design table, click Insert > Tables > Design Table or click Design Table on the Tables toolbar and select Auto-create, Blank or From file in the PropertyManager. You can then edit the design table in Excel by adding or deleting rows and columns, entering values and formulas, applying formatting and more. You can also use tools such as Add Parameter, Add Configuration and U