Howard W., Musto J. Introduction to Solid Modeling Using SOLIDWORKS 2018

New York: McGraw-Hill Higher Education, 2019. — 401 p.Basic Part Modeling Techniques.
Engineering Design and Solid Modeling.
Part Modeling Tutorial: Flange.
Modifying the Flange.
Using Dimensions and Sketch Relations.
A Part Created with Revolved Geometry.Engineering Drawings.
Drawing Tutorial.
Creating a Drawing Sheet Format.
Creating an eDrawing.Additional Part Modeling Techniques.
Part Modeling Tutorial: Wide-Flange Beam Section.
Part Modeling Tutorial: Bracket.
Sharing and Displaying the Solid Model.Advanced Part Modeling.
A Lofted and Shelled Part.
Parts Created with Swept Geometry.
A Part Created with a 3-D Sketch as the Sweep Path.Parametric Modeling Techniques.
Modeling Tutorial: Molded Flange.
Creation of Parametric Equations.
Modeling Tutorial: Cap Screw with Design Table.
Incorporating a Design Table in a Drawing.Creation of Assembly Models.
Creating the Part Models.
Creating an Assembly of Parts.
Adding Features at the Assembly Level.
Adding Fasteners to the Assembly.
Creating an Exploded View.Advanced Assembly Operations.
Creating the Part Models.
Creating a Complex Assembly of Subassemblies and Parts.
Detecting Interferences and Collisions.Assembly Drawings.
Creating an Assembly Drawing.
Adding an Exploded View.
Creating a Bill of Materials.Generation of 2-D Layouts.
A Simple Floor Plan Layout.
Finding the Properties of 2-D Shapes.Solution of Vector Problems.
Vector Addition.
Vector Addition with SOLIDWORKS.
Modifying the Vector Addition Drawing.
Further Solution of Vector Equations.
Kinematic Sketch of a Simple Mechanism.Analysis of Mechanisms.
Approaching Mechanism Design with SOLIDWORKS Assemblies.
Development of Part Models of Links.
Development of the Assembly Model of the Four-Bar Linkage.
Creating Simulations and Animation with a Motion Study.
Investigating Mechanism Design.Design of Molds and Sheet Metal Parts.
A Simple Two-Part Mold.
A Core-and-Cavity Mold.
A Sheet Metal Part.The Use of SOLIDWORKS to Accelerate the Product Development Cycle.
3-D Printing.
Finite Element Analysis.
Product Data Management.
Some Final Thoughts.Recommended Settings.
System Settings.
Part Settings.
Drawing Settings.
Assembly Settings.
Backing Up and Transferring Settings.
Summary of Recommended Settings.
The SOLIDWORKS Interface: Use and Customization.