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    SolidWorks 2019 Black Book
    SolidWorks 2019 Black Book
    SolidWorks 2019 Black Book
    Ebook1,231 pages4 hours

    SolidWorks 2019 Black Book

    By Gaurav Verma and Matt Weber

    5/5

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    Read preview

    About this ebook

    The SolidWorks 2019 Black Book is the sixth edition of our series on SolidWorks. With lots of additions and thorough review, we present a book to help professionals as well as learners in creating some of the most complex solid models. The book follows a step by step methodology. In this book, we have tried to give real-world examples with real challenges in designing. We have tried to reduce the gap between university use of SolidWorks and industrial use of SolidWorks. In this edition of book, we have included many new features of SolidWorks like 3D printing, SolidWorks MBD (Model Based Definition), Magnetic Mates, Asset Builder, 3D PDFs, CAM, and so on. There are two new chapters added in this book which were not in the previous edition. The book covers almost all the information required by a learner to master the SolidWorks. The book starts with sketching and ends at advanced topics like Mold Design, Sheetmetal, Weldment, SolidWorks CAM, Rendering, and MBD. Some of the salient features of this book are :


    In-Depth explanation of concepts
    Every new topic of this book starts with the explanation of the basic concepts. In this way, the user becomes capable of relating the things with real world.


    Topics Covered
    Every chapter starts with a list of topics being covered in that chapter. In this way, the user can easy find the topic of his/her interest easily.

    Instruction through illustration
    The instructions to perform any action are provided by maximum number of illustrations so that the user can perform the actions discussed in the book easily and effectively. There are about 1200 illustrations that make the learning process effective.


    Tutorial point of view
    At the end of concept's explanation, the tutorial make the understanding of users firm and long lasting. Almost each chapter of the book has tutorials that are real world projects. Moreover most of the tools in this book are discussed in the form of tutorials.


    Project
    Free projects and exercises are provided to students for practicing.


    For Faculty
    If you are a faculty member, then you can ask for video tutorials on any of the topic, exercise, tutorial, or concept.

    LanguageEnglish
    PublisherCADCAMCAE Works
    Release dateDec 25, 2018
    ISBN9781386779964
    SolidWorks 2019 Black Book
    Author

    Gaurav Verma

    Gaurav Verma is currently a Full Professor at the Panjab University, Chandigarh, India (Dr. SS Bhatnagar University Institute of Chemical Engineering and Technology, and Adjunct Faculty at the Department of Nanoscience and Nanotechnology). He is a former CV Raman Post-Doctoral fellow from the Department of Chemical Engineering, Massachusetts Institute of Technology (MIT), USA. His research focuses on the areas of applied nanoscience and nanostructured materials.

    Read more from Gaurav Verma

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    • 5/5
      Excelente libro de Solidworks la manera que desarrolla los temas siempre me ha gustados. Aparte de que acabarte temas de Ingenieria Mecanica.

    Book preview

    SolidWorks 2019 Black Book - Gaurav Verma

    Chapter 1

    Starting with

    SolidWorks

    The major topics covered in this chapter are:

    •Installing SolidWorks 2019.

    •Starting SolidWorks 2019.

    •Starting a new document.

    •Terminology used in SolidWorks.

    •Opening a document.

    •Closing documents.

    •Basic Settings for SolidWorks

    •Workflow in Industries using the SolidWorks

    Installing SolidWorks 2019

    •If you are installing SolidWorks using the CD/DVD provided by Dassault Systemes then go to the folder containing setup.exe file and then right-click on setup.exe in the folder. A shortcut menu is displayed on the screen; refer to Figure-1.

    •Select the Run as Administrator option from the menu displayed; refer to Figure 1.

    •Select the Yes button from the dialog box displayed. The SolidWorks 2019 Installation Manager will be displayed. Follow the instructions given in the dialog box. Note that you must have the Serial Number with you to install the application. To get more about installation, double-click on the Read Me documentation file in the Setup folder.

    •If you have downloaded the software from Internet, then you are required to browse in the SolidWorks Download folder in the Documents folder of Computer. Open the folder of latest version of software and then run setup.exe. Rest of the procedure is same.

    Starting SolidWorks 2019

    •To start SolidWorks in Windows 10 from Start menu, click on the Start button in the Taskbar at the bottom left corner, click on the the SolidWorks 2019 folder. In this folder, select the SolidWorks 2019 icon; refer to Figure-2.

    •While installing the software, if you have selected the check box to create a desktop icon then you can double-click on that icon to run the software.

    •If you have not selected the check box to create the desktop icon but want to create the icon on desktop, then drag and drop the SolidWorks 2019 icon from the Start menu on the desktop.

    After you perform the above steps, the SolidWorks 2019 application window will be displayed; refer to Figure-3.

    Starting A New Document

    You can start SolidWorks by four ways:

    1.Click on the New button in the Menu Bar .

    Or

    2.Move the cursor on the left arrow near the SolidWorks icon; refer to Figure-4 and then click on the File menu button. The File menu will be displayed, click on the New button; refer to Figure-4.

    Or

    3.Press CTRL and N together from the Keyboard.

    •After performing any of the above steps, the New SOLIDWORKS Document dialog box will be displayed as shown in Figure-5.

    •If you are creating first document after installing SolidWorks then Units and Dimension Standard dialog box will be displayed; refer to Figure-6.

    •Select the unit system and dimension standards that you want to use while creating documents in SolidWorks. These options will be set as default for later documents. You can change these parameters later. Click on the OK button from the dialog box.

    There are three buttons available in this dialog box; Part, Assembly, and Drawing.

    The Part button is used to create Solid or Surface models.

    The Assembly button is used to create Assemblies.

    The Drawing button is used to create drawings from the solid/surface models or assemblies.

    You will learn more about solids, surfaces, assemblies, and drawings later in the book.

    Note that the building blocks of CAD are solid models. In SolidWorks, solid models are created by using the tools available in the Part mode. You can start with the Part mode by selecting the Part button in the New SOLIDWORKS Document dialog box.

    •Double-click on the Part button to start the Solid/surface modeling environment of SolidWorks. On doing so, the application interface will be displayed as shown in Figure-7.

    The tools available in the Part, Assembly and Drawing mode are compiled in the form of CommandManagers. To display or hide a CommandManager from Ribbon, right-click on a CommandManager in the Ribbon. A shortcut menu will be displayed as shown in Figure-8. Select the CommandManager that you want to add or remove from the Ribbon. Various CommandManagers available in SolidWorks are discussed next.

    Part Mode CommandManagers

    A number of CommandManagers can be invoked in the Part mode. These CommandManagers with their functioning are described next.

    Sketch CommandManager

    The tools available in this CommandManager are used to draw sketches for creating solid/surface models. This CommandManager is also used to add relations and smart dimensions to the sketched entities. The Sketch CommandManager is shown in Figure-9.

    Features CommandManager

    This CommandManager provides all modeling tools that are used for feature-based solid modeling. The Features CommandManager is shown in Figure-10.

    DimXpert CommandManager

    This CommandManager is used to add dimensions and tolerances to the features of a part. The DimXpert CommandManager is shown in Figure-11.

    Sheet Metal CommandManager

    The tools in this CommandManager are used to create the sheet metal parts. The Sheet Metal CommandManager is shown in Figure-12. If this CommandManager is not added in the Ribbon, then right-click on any of the CommandManager tab and select the Sheet Metal option from the menu; refer to Figure-13.

    Mold Tools CommandManager

    The tools in this CommandManager are used to design a mold and split core & cavity steel. The Mold Tools CommandManager is shown in Figure-14.

    Evaluate CommandManager

    This CommandManager is used to measure entities, perform analysis and so on. The Evaluate CommandManager is shown in Figure-15.

    Surfaces CommandManager

    This CommandManager is used to create complicated surface features. The Surfaces CommandManager is shown in Figure-16.

    Direct Editing CommandManager

    This CommandManager consists of tools (Figure-17) that are used for editing a feature.

    Data Migration CommandManager

    This CommandManager consist of tools (Figure-18) that are used to work with the models created in other packages or in different environments.

    Weldments CommandManager

    This CommandManager is used to create welding joints in the model and assembly. The Weldments CommandManager is shown in Figure-19.

    SOLIDWORKS MBD CommandManager

    This CommandManager is used to apply Model Based Dimension which means the dimensions are directly applied to model while skipping the steps of generating drawings. Use of SolidWorks MBD in manufacturing industry requires electronic gadgets at shop floor for production and quality checks. These gadgets should be capable of displaying CAD eDrawings. The CommandManager is shown in Figure-20.

    Render Tools CommandManager

    The tools in Render Tools CommandManager are used to render the image of current model using appearance parameters specified. The CommandManager is shown in Figure-21.

    SOLIDWORKS CAM CommandManager

    The tools in SOLIDWORKS CAM CommandManager are used to generate NC programs for CNC machines. The CommandManager is shown in Figure-22.

    Assembly Mode CommandManagers

    The tools in CommandManagers of the Assembly mode are used to assemble the components. The CommandManagers in the Assembly mode are discussed next.

    Assembly CommandManager

    This CommandManager is used to insert a component and apply various types of mates to the assembly. The Assembly CommandManager is shown in Figure-23.

    Layout CommandManager

    The tools in this CommandManager (Figure-24) are used to create and edit blocks.

    Drawing Mode CommandManagers

    You can invoke a number of CommandManagers in the Drawing mode. The CommandManagers that are extensively used during the designing process in this mode are discussed next.

    View Layout CommandManager

    This CommandManager is used to generate the drawing views of an existing model or an assembly. The View Layout CommandManager is shown in Figure-25.

    Annotation CommandManager

    The Annotation CommandManager is used to generate the model items and to add notes, balloons, geometric tolerance, surface finish symbols, and so on to the drawing views. The Annotation CommandManager is shown in Figure-26.

    The commands available in these CommandManagers will be discussed one by one later in this book.

    Opening a Document

    Like creating new documents, there are many ways to open documents. Some of them are discussed next.

    1.Click on the Open button in the Menu Bar .

    2.Move the cursor on the SolidWorks icon; refer to Figure-4 and then click on the File > Open button from the menu; refer to Figure-4.

    3.Press CTRL and O together from the Keyboard.

    4.After performing any of the above step, the Open dialog box will be displayed; refer to Figure-27.

    5.Select the file type of your file from the File Type fly-out in the bottom right corner of the dialog box.

    6.Browse to the folder in which you have saved the file and then double-click on it to open.

    Most of the time people close the application to close the current file and then restart the application to start working again. In SolidWorks, you can close the current file while the application remains open. The steps to do so are given next.

    Closing a Document

    To close a document, there are two ways displayed in Figure-28.

    •Open the File menu and then click on the Close option from it.

    •Click on the Close button at the top-right of the current viewport.(Viewport is the area in which the model is displayed.)

    •If you have done some editing in the document then the dialog box will be displayed, prompting you to save the document; refer to Figure-29.

    •Click on the Save all button to save the changes or click on the Don’t Save button to reject the changes.

    Till this point, you have learned to start SolidWorks; Create, Open, and Close documents; and you have idea about the interface of SolidWorks. Now, we will discuss about some basic settings that are required for easy working with SolidWorks.

    Basic Settings of SolidWorks

    All the settings of SolidWorks are compiled in the Options dialog box. The steps to change the settings for SolidWorks are given next.

    •Click on the Options option in the Tools menu or click on the Options button from the Menu Bar.

    •On performing the above step, the System Options dialog box will be displayed as shown in Figure-30. Note that if you have a document opened then the Document Properties tab is also added with the System Options tab. To get the detail about each and every option, you need to refer to SolidWorks Help Documentation. In this section, we will discuss about some of the important options that are generally required.

    •Click on the Sketch option in the left of the dialog box, select the Enable on screen numeric input on entity creation check box from the right to enter dimensions while creating the sketch. Also, select the Create dimension only when value is entered check box to create dimensions only when you have manually entered the dimension value.

    •If you want to use only fully defined sketches for creating features in SolidWorks then select the Use Fully defined sketches check box. Fully defined sketches are those sketch which have all their entities dimensioned or constrained.

    •Select the Auto-rotate view normal to sketch plane on sketch creation and sketch edit check box to automatically make the sketching plane parallel to screen.

    •Click on Relations/Snaps in the left of the dialog box and then select the Enable snapping check box to enable auto snapping to the key points.

    •Click on the Document Properties tab if you have any document opened in the viewport. Click on the Units option from the left. The Options dialog box will be displayed as shown in Figure-31.

    •Select the desired radio button from the right to set the unit system for the current document.

    •Click on the Drafting Standard option from the left area of the dialog box and select the desired dimensioning standard from the Overall drafting standard drop-down; refer to Figure-32.

    •Similarly, you can set the other options in the dialog box. Note that we will be revisiting this dialog box many times in this book.

    •Click on the OK button from the bottom of the dialog box to save the settings.

    You can also change the units of document by selecting the desired option from the list displayed on clicking on the Unit system flyout at the bottom of the viewport; refer to Figure-33.

    Mouse Button Function

    Rotate View (parts and assemblies only)

    •To rotate the model view: Drag with the middle mouse button.

    •To rotate about a vertex, edge, or face: Middle-click a vertex, edge, or face; then middle-drag the pointer.

    Pan

    Hold down CTRL key and drag with the middle mouse button. (In an active drawing, you do not need to hold down CTRL key.)

    Zoom In/Out

    Hold down Shift and drag with the middle mouse button or scroll the mouse wheel forward and backward.

    Loading Add-Ins

    Add-Ins are used to allow external functions in SolidWorks. Like, you can use SolidWorks Electrical, SolidWorks Simulation, SolidWorks PCB etc. The procedure to load Add-Ins is given next.

    •Click on the Add-Ins option from the Options drop-down in the Menu Bar; refer to Figure-34. The Add-Ins dialog box will be displayed; refer to Figure-35.

    •Select the left side check box for Add-In you want to load now. If you want to load an Add-In at startup of SolidWorks then select the right-side check box for it.

    •Click on the OK button from dialog box to apply the settings.

    Search Tools

    The Search box at the top-right corner of the application window is a multipurpose tool. You can use this search box to search for help content, commands, cad models, training files etc. The method to use Search box for searching commands is given next. You can apply the same method to search other things.

    •Hover the cursor on SOLIDWORKS logo at the top-left corner of application window and click on the Commands option from the Search cascading menu of Help menu; refer to Figure-36.

    •Click in the Search box and type few characters of command that you are searching. A list of tools with typed characters will be displayed; refer to Figure-37.

    •Click on the eye icon displayed next to tool in the list. The cursor will move to the tool location and an arrow will be displayed pointing to the tool; refer to Figure-38. If you click on the tool in the list then it will be activated directly.

    Workflow in SolidWorks

    The first step in SolidWorks is to create a sketch. After creating sketch of the desired feature, we create solid or surface model from that sketch. After doing the desired operations on the solid/surface model, we go for assembly or analyses. After, we are satisfied with the assembly/ analyses, we create the engineering drawings from the model to allow manufacturing of the model into a real world object.

    Self-Assessment

    Q1. If you have downloaded the SolidWorks Setup files from Internet then the files will be available in Downloads folder of Windows by default. (T/F)

    Q2. We cannot create the desktop icon of SolidWorks if we have not opted for it while installing. (T/F)

    Q3. Status Bar in SolidWorks window also displays the tips related to current tool. (T/F)

    Q4. Which of the following operation results in display of New SolidWorks Document dialog box?

    (a) Press CTRL+N

    (b) Click on New button from Menu Bar

    (c) Click on New Document link button from Task Pane.

    (d) All of the above

    Q5. Which of the following is not an option in the New SolidWorks Document dialog box?

    (a) Part

    (b) Assembly

    (c) Drawing

    (d) Sketch

    Q6. The ............... CommandManager provides all modeling tools that are used for feature-based solid modeling.

    Q7. The .............. CommandManager is used to add dimensions and tolerances to the features of a part.

    Q8. The .......... CommandManager is used to insert a component and apply various types of mates to the assembly.

    Q9. Write down the steps to close the current document in SolidWorks.

    Q10. How can we change the unit system of current SolidWorks document?

    Q11. What is the purpose of Add-Ins in SolidWorks?

    Q12. The .................... check box forces SolidWorks to use only fully defined sketches for creating features.

    Answer to Self-Assessment:

    1. T, 2. F, 3. T, 4. d, 5. d, 6. Features, 7. MBD, 8. Assembly, 12. Use fully defined sketches

    Chapter 2

    Sketching

    Basic to Advanced

    The major topics covered in this chapter are:

    •Basics for Sketching.

    •Entity Creation tools.

    •Entity Editing tools.

    •Dimensioning and Constraining.

    •3D Sketching.

    •Printing and exporting sketch.

    Basics for Sketching

    In Engineering, sketching do not mean sketches of birds or animals. It means sketches that are based on real dimensions of real-world objects. Now, we are going to work with geometric entities like; line, circle, arc, ellipse, and so on which you have used in your school and engineering. But this time, we will be using the software in place of pencil, ruler, and other geometry tools. Note that the sketching is the base for most of 3D Models so you should be proficient in sketching.

    To start with sketching, we must have a good understanding of planes in SolidWorks. Figure-1 shows the names of planes and their respective faces in Isometric View.

    In SolidWorks, the planes are displayed in the same orientation as shown in the above figure. To check the planes of SolidWorks, click on the planes (Front Plane, Top Plane, Right Plane) in the FeatureManager Design Tree; refer to Figure-2.

    •To show these planes, select them one by one while holding the CTRL key and right-click. A shortcut menu will be displayed; refer to Figure-3.

    •Select the Show/Hide button from the shortcut menu; the planes will be displayed. To hide planes, click on the Show/Hide button again.

    Sketching Plane

    In a CAD software, everything is referenced to other entity like a line created must be referenced to any other geometry so that you can clearly define the position of line in infinite space. But, what if there is no geometry in the sketch to reference from. In these cases, we have tools to create reference geometries like reference planes, axes, points, curves etc. Out of these reference geometries, the sketching plane acts as foundation for other geometries. By default, there are three plane perpendicular to each other in SolidWorks; refer to Figure-4.

    Relation between sketch, plane, and 3D model

    Sketch has a direct relationship with planes and the outcome which is generally a 3D model; refer to Figure-5. In this figure, rectangle is created on the XY Plane which is also called Front plane. A circle is created on the YZ Plane which is also called Right plane. A polygon is created on the XZ plane which is also called Top plane. In a 3D model, the geometry seen from the Front view should be drawn on the Front plane. Similarly, geometry seen from the Right view should be drawn at Right plane and geometry seen from the Top view should be drawn at the Top plane.

    We will learn more about planes at the beginning of 3D Modeling. We will now start with Sketching tools.

    Now, we are ready to start with sketch.

    Start SolidWorks, create a new Part document, and then click on the Sketch tab. The tools for sketching are displayed in the Sketch CommandManager.

    Starting Sketch

    •Click on the Sketch button at the left in the Sketch CommandManager. Three main planes are displayed with their names in the viewport; refer to Figure-6.

    •Click on the desired plane from the viewport or click on the arrow displayed in the top-left corner of the viewport and select the name of the plane from the list of features; refer to Figure-33.

    •On clicking on a plane, the selected plane will become parallel to the screen. Now, we are ready to draw sketch on the plane. The Sketch CommandManager is divided into sections depending on the functions of the tools. Figure-7 shows the Sketch CommandManager and the division of tools.

    We will start with the sketch creation tools and then one by one we will discuss other tools. But, before that it is important to understand the tools in Heads-Up View Toolbar.

    Heads-up View Toolbar

    The Heads-up View Toolbar contains tools to change the view and orient the modeling area; refer to Figure-8.

    The functions of the tools displayed in above figure are discussed next.

    Zoom to Fit : This tool is used to display all the objects created in the viewport. To use this tool, click on the tool once. The objects will automatically fit in the current viewport.

    Zoom to Area : This tool is used to display a specific area in the viewport zoomed to the full extent. To use this tool, click on it. The cursor will change to a zoom box selection cursor and you are asked to create a boundary box surrounding the entities you want to zoom in. Click to specify the starting point of the zoom box and then drag to the point till where you want to complete the zoom box. The area in the box will zoom automatically. Figure-9 shows a zoom box drawn to zoom.

    Previous View : This tool is used to zoom to the previous level. To use this tool, click on it once. The viewport will be displayed at the previous level.

    Section View : This tool is used to display section of a solid model. (Section is created when you cut a solid from a plane. It is mainly used to see the inside of the model.)

    Dynamic Annotation View : This tool is used to display or hide the annotations applied to the model in Part/Assembly environment. You will learn more about this tool in Solid Modeling.

    View Orientation : This tool is used to change the view orientation of the model. When you click on this button, a toolbox will be displayed as shown in Figure-10. The buttons perform the action mentioned in the figure.

    Display Style : These tools are used to display the model is different styles, like shaded, hidden, no hidden and so on.

    Hide/Show Items : When you click on this button, a tool box will be displayed with various toggle buttons. These buttons allow to display or hide key feature like, geometric relations, center lines, annotations, grids, and so on. To enable or disable the view of a key feature, select the respective button.

    Next three buttons will be discussed later in the book.

    Sketch Creation tools

    The standard tools to draw sketch entities are available in this section of Ribbon. These tools are discussed next.

    Line Tools

    There are three tools in the Line drop-down to create different type of lines; Line, Centerline and Midpoint Line; refer to Figure-11.

    Line

    We use this tool to create every type of lines required in creating sketch. The procedure to create line is explained in the next steps:

    •Click on the Line tool from the drop-down. The Line PropertyManager will be displayed; refer to Figure-12.

    •The radio buttons in the Orientation rollout are used to set the orientation of the line before drawing it. There are four radio buttons available in this rollout; As sketched, Horizontal, Vertical, and Angle. The As sketched radio button is selected by default. So, you do not need to define the orientation of line, you can just start creating line. Click in the drawing area to create the line.

    Select the Horizontal radio button, if you want to create horizontal line. On selecting this radio button, the Parameters rollout will be displayed at the bottom of the rollout. Specify the length of the line in the edit box displayed in the Parameters rollout and click to specify start point of line to create the line with specified length.

    Select the Vertical radio button, if you want to create the vertical line. This works in the same way as the horizontal option

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