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Learn SOLIDWORKS 2020
SOLIDWORKSistheleadingchoicefor3Dengineeringandproductdesignapplicationsacrossindustriessuchasaviation,automobiles,andconsumerproductdesign.ThisbooktakesapracticalapproachtogettingyouupandrunningwithSOLIDWORKS2020.You'llstartwiththebasics,exploringthesoftwareinterfaceandworkingwithdrawingfiles.Thebookthenguidesyouthroughtopicssuchassketching,buildingcomplex3Dmodels,generatingdynamicandstaticassemblies,andgenerating2Dengineeringdrawingstoequipyouformechanicaldesignprojects.You'llalsodopracticalexercisestogethands-onwithcreatingsketches,3Dpartmodels,assemblies,anddrawings.ToreinforceyourunderstandingofSOLIDWORKS,thebookissupplementedbydownloadablefilesthatwillhelpyoufollowupwiththeconceptsandexercisesfoundinthebook.Bytheendofthisbook,you'llhavegainedtheskillsyouneedtocreateprofessional3DmechanicalmodelsusingSOLIDWORKS,andyou'llbeabletoprepareeffectivelyfortheCertifiedSOLIDWORKSAssociate(CSWA)andCertifiedSOLIDWORKSProfessional(CSWP)exams.
最新章節
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- Chapter 15 – Advanced SOLIDWORKS Assemblies Competencies
- Chapter 14 – SOLIDWORKS Assemblies and Advanced Mates
- Chapter 13 – Equations Configurations and Design Tables
- Chapter 12 – Advanced SOLIDWORKS Mechanical Core Features
- Chapter 11 – Bills of Materials
品牌：中圖公司
上架時間：2021-06-24 12:03:59
出版社：Packt Publishing
本書數字版權由中圖公司提供，并由其授權上海閱文信息技術有限公司制作發行
- Leave a review - let other readers know what you think 更新時間：2021-06-24 12:17:37
- Chapter 15 – Advanced SOLIDWORKS Assemblies Competencies
- Chapter 14 – SOLIDWORKS Assemblies and Advanced Mates
- Chapter 13 – Equations Configurations and Design Tables
- Chapter 12 – Advanced SOLIDWORKS Mechanical Core Features
- Chapter 11 – Bills of Materials
- Chapter 10 – Basic SOLIDWORKS Drawing Layout and Annotations
- Chapter 9 – Introduction to Engineering Drawing
- Chapter 8 – Standard Assembly Mates
- Chapter 7 – Materials and Mass Properties
- Chapter 6 – Basic Secondary Multi-Sketch Features
- Chapter 5 – Basic Primary One-Sketch Features
- Chapter 4 – Special Sketching Commands
- Chapter 3 – SOLIDWORKS 2D Sketching Basics
- Chapter 2 – Interface and Navigation
- Chapter 1 – Introduction to SOLIDWORKS
- Answers to questions
- Assessments
- Questions
- Summary
- Design tables
- Using manual configurations
- Understanding and utilizing configurations and design tables for assemblies
- Applying assembly features
- Understanding assembly features
- Understanding and applying assembly features
- Collision Detection
- Interferences in practice
- Interference Detection
- Understanding and utilizing the Interference and Collision Detection tools
- Technical requirements
- Advanced SOLIDWORKS Assemblies Competencies
- Questions
- Summary
- Fine-tuning the linear/linear coupler mate
- Applying the linear/linear coupler
- Defining the linear/linear coupler
- Applying the path mate
- Defining the path mate
- Understanding and using the path mate and linear/linear coupler mates
- Applying the angle range mate
- Applying the distance range mate
- Defining the distance range and angle range
- Understanding and using the distance range and angle range mates
- Applying the symmetric advanced mate
- Defining the symmetric advanced mate
- Applying the width advanced mate
- Defining the width advanced mate
- Understanding and using the width and symmetric mates
- Applying the profile center mate
- Defining the profile center advanced mate
- Understanding and using the profile center mate
- Technical requirements
- SOLIDWORKS Assemblies and Advanced Mates
- Questions
- Summary
- Editing the design table by modifying the model
- Editing directly from the design table
- Editing a design table
- Setting up a design table
- What are design tables?
- Understanding and utilizing design tables
- Applying configurations
- What are configurations?
- Understanding and utilizing configurations
- Design intent with equations
- Equations within the equations manager
- Modifying dimensions with equations
- Applying equations in parts
- Understanding equations
- Understanding and applying equations in parts
- Technical requirements
- Equations Configurations and Design Tables
- Questions
- Summary
- Separating different bodies into different parts
- Feature scope applications
- Generating and dealing with a multi-body part
- Defining multi-body parts and their advantages
- Understanding and utilizing multi-body parts
- Applying the Rib command
- Understanding ribs
- Understanding and applying the rib feature
- Utilizing the Mirror command to mirror features
- What is mirroring for features?
- Understanding and applying features mirroring
- Utilizing the Hole Wizard
- Identifying a hole in SOLIDWORKS
- What is the Hole Wizard and why use it?
- Understanding and utilizing the Hole Wizard
- Multi-thickness settings
- Applying a shell
- What is a shell?
- Understanding and applying the shell feature
- Applying drafts
- What are drafts?
- Understanding and applying the draft feature
- Technical requirements
- Advanced SOLIDWORKS Mechanical Core Features
- Questions
- Summary
- Utilizing parts callouts
- Applying an equation function
- Applying a mathematical operation
- Inputting equations in a table
- Mathematical operations
- Functions
- What are equations in SOLIDWORKS drawings?
- Utilizing equations with BOMs
- Adding new columns
- Sorting information in our BOMs
- Changing a column category
- Changing a title in the BOM
- Adjusting listed information in the BOM
- Adjusting information in the BOMs
- Creating a standard BOM
- Inserting an assembly into a drawing sheet
- Generating a standard BOM
- Understanding a BOM
- Understanding BOMs
- Technical requirements
- Bills of Materials
- Questions
- Summary
- Exporting the drawing as an image
- Exporting a drawing as a PDF file
- Exporting the drawing as a PDF or image
- Adding new information to the information block
- Editing the information block
- Utilizing the drawing sheet's information block
- Hole callout
- Notes
- Centerlines
- The centerlines notes and hole callout annotations
- Using the smart dimension
- Communicating dimensions and design
- Different display types
- Understanding scale ratios
- Changing the drawing scale of the isometric child view
- Changing the drawing scale for the front parent view
- Adjusting the scale of our drawing
- Adjusting the drawing scale and the display
- Deleting views
- Adding views via the View Palette
- Parent and child views
- Generating orthographic and isometric views
- Selecting a model to plot
- Generating orthographic and isometric views
- Opening a SOLIDWORKS drawing file
- Technical requirements
- Basic SOLIDWORKS Drawing Layout and Annotations
- Questions
- Summary
- Axonometric projections
- Crop views
- Break-out section views
- Detail views
- Section views
- Auxiliary view
- Orthogonal views
- Interpreting views
- Interpreting lines
- Interpreting engineering drawings
- Understanding engineering drawings
- Introduction to Engineering Drawing
- Questions
- Summary
- Evaluating mass properties for assemblies
- Assigning materials to parts in the assembly environment
- Material edits in assemblies
- Setting a new coordinate system for an assembly
- Utilizing materials and mass properties for assemblies
- Applying the angle mate
- Applying the distance mate
- Applying the distance and angle mates
- Defining value-driven standard mates
- Understanding and applying value-driven standard mates
- Modifying existing mates
- Viewing and adjusting active mates
- Which assembly definition status is better?
- Finding the definition statuses of the parts
- Under defining fully defining and over defining an assembly
- Applying the lock mate
- Applying the concentric mate
- Applying the tangent mate
- Applying the parallel mate
- Applying the parallel tangent concentric and lock mates
- Applying the perpendicular mate
- Applying the coincident mate
- Applying the coincident and perpendicular mates
- Defining the non-value-oriented standard mates
- Understanding and applying non-value-oriented standard mates
- Understanding mates
- Adding parts to the assembly file
- Starting an assembly file
- Starting a SOLIDWORKS assembly file and adding parts to it
- Defining SOLIDWORKS assemblies
- Opening assemblies and adding parts
- Technical requirements
- Standard Assembly Mates
- Questions
- Summary
- Overriding mass properties
- Finding the mass of the model in pounds
- Finding the center of mass in relation to the new coordinate system in millimeters
- Finding the center of mass in relation to the origin in millimeters
- Finding the mass of the model in grams
- Viewing mass properties
- Viewing the mass properties of parts
- Assigning materials to parts
- Assigning materials and evaluating and overriding mass properties
- How to create a new coordinate system
- What is a reference coordinate system and why are new ones needed?
- Reference geometries – defining a new coordinate system
- Technical requirements
- Materials and Mass Properties
- Questions
- Summary
- Guide curves
- Modifying lofted boss and cut
- Applying lofted cut
- Lofted boss feature options
- Applying lofted boss
- What are lofted boss and lofted cut?
- Understanding and applying lofted boss and lofted cut
- Modifying swept boss and swept cut
- Applying swept cut
- Swept boss feature options
- Applying swept boss
- What are swept boss and swept cut?
- Understanding and applying swept boss and swept cut
- Defining a new plane in SOLIDWORKS
- Defining planes in geometry
- Understanding planes reference geometries and why we need them
- Reference geometries – additional planes
- Technical requirements
- Basic Secondary Multi-Sketch Features
- Questions
- Summary
- Modifying revolved boss and revolved cut
- Applying revolved cut
- Applying revolved boss
- What are revolved boss and cut?
- Understanding and applying revolved boss and cut
- Modifying fillets and chamfers
- Applying chamfers
- Applying fillets
- Understanding fillets and chamfers
- Understanding and applying fillets and chamfers
- Deleting a feature – removing the extruded cut feature that goes through the cylinder
- Editing a feature – changing the height of the cylinder from 50 mm to 100 mm
- Modifying and deleting extruded boss and extruded cut
- Applying extruded cut and building on existing features
- Applying extruded boss
- What are extruded boss and extruded cut?
- Understanding and applying extruded boss and cut
- Sketch planes for features
- Simple models versus complex models
- Understanding SOLIDWORKS features and their role in 3D modeling
- Understanding features in SOLIDWORKS
- Technical requirements
- Basic Primary One-Sketch Features
- Questions
- Summary
- Using power trimming
- Understanding trimming
- Trimming in SOLIDWORKS sketching
- Circular sketch patterns
- Linear sketch patterns
- Defining patterns
- Creating sketch patterns
- Customization options
- Deleting an offset
- Offsetting a sketch
- Defining
- Mirroring a sketch
- Mirroring and offsetting sketches
- Technical requirements
- Special Sketching Commands
- Questions
- Summary
- Over defined sketches
- Fully defined sketches
- Under defined sketches
- Under defined fully defined and over defined sketches
- Fillets and chamfers
- Sketching ellipses and using construction lines
- Sketching circles and arcs
- Sketching rectangles and squares
- Sketching lines
- The origin
- Sketching lines rectangles circles arcs and ellipses
- Geometrical relations
- Defining sketches
- Getting into the sketching mode
- Getting started with SOLIDWORKS sketching
- Sketch planes
- Simple sketches versus complex sketches
- The position of SOLIDWORKS sketches
- Introducing SOLIDWORKS sketching
- Technical requirements
- SOLIDWORKS 2D Sketching Basics
- Questions
- Summary
- Adjusting the document's measurement system
- The different measurement systems
- The document's measurement system
- The Task Pane
- The canvas
- The design tree
- The command bar
- The main components of the SOLIDWORKS interface
- Opening a part assembly or drawing file
- What are parts assemblies and drawings?
- Starting a new part assembly or drawing file
- Technical requirements
- Interface and Navigation
- Further reading
- Questions
- Summary
- Expert certification
- Professional advanced certifications
- Professional certifications
- Associate certifications
- Exploring SOLIDWORKS certifications
- Understanding parametric modeling
- Core mechanical design
- SOLIDWORKS applications
- Introducing SOLIDWORKS
- Introduction to SOLIDWORKS
- Reviews
- Get in touch
- Conventions used
- Code in Action
- Download the color images
- Download the example code files
- To get the most out of this book
- What this book covers
- Who this book is for
- Preface
- Packt is searching for authors like you
- About the reviewer
- About the author
- Contributors
- Why subscribe?
- About Packt
- Dedication
- Learn SOLIDWORKS 2020
- Copyright and Credits
- Title Page
- 封面
- 封面
- Title Page
- Copyright and Credits
- Learn SOLIDWORKS 2020
- Dedication
- About Packt
- Why subscribe?
- Contributors
- About the author
- About the reviewer
- Packt is searching for authors like you
- Preface
- Who this book is for
- What this book covers
- To get the most out of this book
- Download the example code files
- Download the color images
- Code in Action
- Conventions used
- Get in touch
- Reviews
- Introduction to SOLIDWORKS
- Introducing SOLIDWORKS
- SOLIDWORKS applications
- Core mechanical design
- Understanding parametric modeling
- Exploring SOLIDWORKS certifications
- Associate certifications
- Professional certifications
- Professional advanced certifications
- Expert certification
- Summary
- Questions
- Further reading
- Interface and Navigation
- Technical requirements
- Starting a new part assembly or drawing file
- What are parts assemblies and drawings?
- Opening a part assembly or drawing file
- The main components of the SOLIDWORKS interface
- The command bar
- The design tree
- The canvas
- The Task Pane
- The document's measurement system
- The different measurement systems
- Adjusting the document's measurement system
- Summary
- Questions
- SOLIDWORKS 2D Sketching Basics
- Technical requirements
- Introducing SOLIDWORKS sketching
- The position of SOLIDWORKS sketches
- Simple sketches versus complex sketches
- Sketch planes
- Getting started with SOLIDWORKS sketching
- Getting into the sketching mode
- Defining sketches
- Geometrical relations
- Sketching lines rectangles circles arcs and ellipses
- The origin
- Sketching lines
- Sketching rectangles and squares
- Sketching circles and arcs
- Sketching ellipses and using construction lines
- Fillets and chamfers
- Under defined fully defined and over defined sketches
- Under defined sketches
- Fully defined sketches
- Over defined sketches
- Summary
- Questions
- Special Sketching Commands
- Technical requirements
- Mirroring and offsetting sketches
- Mirroring a sketch
- Defining
- Offsetting a sketch
- Deleting an offset
- Customization options
- Creating sketch patterns
- Defining patterns
- Linear sketch patterns
- Circular sketch patterns
- Trimming in SOLIDWORKS sketching
- Understanding trimming
- Using power trimming
- Summary
- Questions
- Basic Primary One-Sketch Features
- Technical requirements
- Understanding features in SOLIDWORKS
- Understanding SOLIDWORKS features and their role in 3D modeling
- Simple models versus complex models
- Sketch planes for features
- Understanding and applying extruded boss and cut
- What are extruded boss and extruded cut?
- Applying extruded boss
- Applying extruded cut and building on existing features
- Modifying and deleting extruded boss and extruded cut
- Editing a feature – changing the height of the cylinder from 50 mm to 100 mm
- Deleting a feature – removing the extruded cut feature that goes through the cylinder
- Understanding and applying fillets and chamfers
- Understanding fillets and chamfers
- Applying fillets
- Applying chamfers
- Modifying fillets and chamfers
- Understanding and applying revolved boss and cut
- What are revolved boss and cut?
- Applying revolved boss
- Applying revolved cut
- Modifying revolved boss and revolved cut
- Summary
- Questions
- Basic Secondary Multi-Sketch Features
- Technical requirements
- Reference geometries – additional planes
- Understanding planes reference geometries and why we need them
- Defining planes in geometry
- Defining a new plane in SOLIDWORKS
- Understanding and applying swept boss and swept cut
- What are swept boss and swept cut?
- Applying swept boss
- Swept boss feature options
- Applying swept cut
- Modifying swept boss and swept cut
- Understanding and applying lofted boss and lofted cut
- What are lofted boss and lofted cut?
- Applying lofted boss
- Lofted boss feature options
- Applying lofted cut
- Modifying lofted boss and cut
- Guide curves
- Summary
- Questions
- Materials and Mass Properties
- Technical requirements
- Reference geometries – defining a new coordinate system
- What is a reference coordinate system and why are new ones needed?
- How to create a new coordinate system
- Assigning materials and evaluating and overriding mass properties
- Assigning materials to parts
- Viewing the mass properties of parts
- Viewing mass properties
- Finding the mass of the model in grams
- Finding the center of mass in relation to the origin in millimeters
- Finding the center of mass in relation to the new coordinate system in millimeters
- Finding the mass of the model in pounds
- Overriding mass properties
- Summary
- Questions
- Standard Assembly Mates
- Technical requirements
- Opening assemblies and adding parts
- Defining SOLIDWORKS assemblies
- Starting a SOLIDWORKS assembly file and adding parts to it
- Starting an assembly file
- Adding parts to the assembly file
- Understanding mates
- Understanding and applying non-value-oriented standard mates
- Defining the non-value-oriented standard mates
- Applying the coincident and perpendicular mates
- Applying the coincident mate
- Applying the perpendicular mate
- Applying the parallel tangent concentric and lock mates
- Applying the parallel mate
- Applying the tangent mate
- Applying the concentric mate
- Applying the lock mate
- Under defining fully defining and over defining an assembly
- Finding the definition statuses of the parts
- Which assembly definition status is better?
- Viewing and adjusting active mates
- Modifying existing mates
- Understanding and applying value-driven standard mates
- Defining value-driven standard mates
- Applying the distance and angle mates
- Applying the distance mate
- Applying the angle mate
- Utilizing materials and mass properties for assemblies
- Setting a new coordinate system for an assembly
- Material edits in assemblies
- Assigning materials to parts in the assembly environment
- Evaluating mass properties for assemblies
- Summary
- Questions
- Introduction to Engineering Drawing
- Understanding engineering drawings
- Interpreting engineering drawings
- Interpreting lines
- Interpreting views
- Orthogonal views
- Auxiliary view
- Section views
- Detail views
- Break-out section views
- Crop views
- Axonometric projections
- Summary
- Questions
- Basic SOLIDWORKS Drawing Layout and Annotations
- Technical requirements
- Opening a SOLIDWORKS drawing file
- Generating orthographic and isometric views
- Selecting a model to plot
- Generating orthographic and isometric views
- Parent and child views
- Adding views via the View Palette
- Deleting views
- Adjusting the drawing scale and the display
- Adjusting the scale of our drawing
- Changing the drawing scale for the front parent view
- Changing the drawing scale of the isometric child view
- Understanding scale ratios
- Different display types
- Communicating dimensions and design
- Using the smart dimension
- The centerlines notes and hole callout annotations
- Centerlines
- Notes
- Hole callout
- Utilizing the drawing sheet's information block
- Editing the information block
- Adding new information to the information block
- Exporting the drawing as a PDF or image
- Exporting a drawing as a PDF file
- Exporting the drawing as an image
- Summary
- Questions
- Bills of Materials
- Technical requirements
- Understanding BOMs
- Understanding a BOM
- Generating a standard BOM
- Inserting an assembly into a drawing sheet
- Creating a standard BOM
- Adjusting information in the BOMs
- Adjusting listed information in the BOM
- Changing a title in the BOM
- Changing a column category
- Sorting information in our BOMs
- Adding new columns
- Utilizing equations with BOMs
- What are equations in SOLIDWORKS drawings?
- Functions
- Mathematical operations
- Inputting equations in a table
- Applying a mathematical operation
- Applying an equation function
- Utilizing parts callouts
- Summary
- Questions
- Advanced SOLIDWORKS Mechanical Core Features
- Technical requirements
- Understanding and applying the draft feature
- What are drafts?
- Applying drafts
- Understanding and applying the shell feature
- What is a shell?
- Applying a shell
- Multi-thickness settings
- Understanding and utilizing the Hole Wizard
- What is the Hole Wizard and why use it?
- Identifying a hole in SOLIDWORKS
- Utilizing the Hole Wizard
- Understanding and applying features mirroring
- What is mirroring for features?
- Utilizing the Mirror command to mirror features
- Understanding and applying the rib feature
- Understanding ribs
- Applying the Rib command
- Understanding and utilizing multi-body parts
- Defining multi-body parts and their advantages
- Generating and dealing with a multi-body part
- Feature scope applications
- Separating different bodies into different parts
- Summary
- Questions
- Equations Configurations and Design Tables
- Technical requirements
- Understanding and applying equations in parts
- Understanding equations
- Applying equations in parts
- Modifying dimensions with equations
- Equations within the equations manager
- Design intent with equations
- Understanding and utilizing configurations
- What are configurations?
- Applying configurations
- Understanding and utilizing design tables
- What are design tables?
- Setting up a design table
- Editing a design table
- Editing directly from the design table
- Editing the design table by modifying the model
- Summary
- Questions
- SOLIDWORKS Assemblies and Advanced Mates
- Technical requirements
- Understanding and using the profile center mate
- Defining the profile center advanced mate
- Applying the profile center mate
- Understanding and using the width and symmetric mates
- Defining the width advanced mate
- Applying the width advanced mate
- Defining the symmetric advanced mate
- Applying the symmetric advanced mate
- Understanding and using the distance range and angle range mates
- Defining the distance range and angle range
- Applying the distance range mate
- Applying the angle range mate
- Understanding and using the path mate and linear/linear coupler mates
- Defining the path mate
- Applying the path mate
- Defining the linear/linear coupler
- Applying the linear/linear coupler
- Fine-tuning the linear/linear coupler mate
- Summary
- Questions
- Advanced SOLIDWORKS Assemblies Competencies
- Technical requirements
- Understanding and utilizing the Interference and Collision Detection tools
- Interference Detection
- Interferences in practice
- Collision Detection
- Understanding and applying assembly features
- Understanding assembly features
- Applying assembly features
- Understanding and utilizing configurations and design tables for assemblies
- Using manual configurations
- Design tables
- Summary
- Questions
- Assessments
- Answers to questions
- Chapter 1 – Introduction to SOLIDWORKS
- Chapter 2 – Interface and Navigation
- Chapter 3 – SOLIDWORKS 2D Sketching Basics
- Chapter 4 – Special Sketching Commands
- Chapter 5 – Basic Primary One-Sketch Features
- Chapter 6 – Basic Secondary Multi-Sketch Features
- Chapter 7 – Materials and Mass Properties
- Chapter 8 – Standard Assembly Mates
- Chapter 9 – Introduction to Engineering Drawing
- Chapter 10 – Basic SOLIDWORKS Drawing Layout and Annotations
- Chapter 11 – Bills of Materials
- Chapter 12 – Advanced SOLIDWORKS Mechanical Core Features
- Chapter 13 – Equations Configurations and Design Tables
- Chapter 14 – SOLIDWORKS Assemblies and Advanced Mates
- Chapter 15 – Advanced SOLIDWORKS Assemblies Competencies
- Leave a review - let other readers know what you think 更新時間：2021-06-24 12:17:37
