CA TIA V5 Expert Mechanical Designer - Table of Contentsr------------------------------------------------, STUDENT GUIDE

Table of Contents (1/3)

If Lesson 1: Introduction

'. About this course't' About the Student Guide,'!' Conventions used in the Student Guide'tb Case Study

,~ Step 1: Review the user interface Step 2: Importance of parent/child ....' Step 3: Organizing a Model'*, Case Study: Introduction

1\' Lesson 2: Design Complex Parts

CA TIA V5 Expert Mechanical Designer - Table of Contentsr----------------------------------------------~STUDENT GUIDE

.cC>.~c-oto

Table of Contents (2/3) Lesson 5: Sharing Information

~. Step 1: Create a power copyf Exercise 5A

~ Exercise 581!. Step 2: Create parameters and formulas

..~. Step 4: Create a catalog~. Exercise 5E~( Exercise 5Fi Case Study: Sharing Information

~' Lesson 6: Assembly Design

f( Step 1: Manage the product structure 6-5..~. Step 2: Create the Flexible Sub- Assemblyf Exercise 6Af Exercise 681" Exercise 6Cf Step 3: Analyze the Assembly.~ Exercise 6D Exercise 6E..t.. Step 4: Create scenes

~ Step 5: Create annotations.f Step 6: Generate reportsct Exercise 6Fi Exercise 6G1!. Case Study: Assembly Design

5-1

5-55-235-305-365-595-715-775-845-1105-1182-126

6-1

6-186-376-496-626-706-1026-1126-1226-1436-1586-1686-1826-194

~ Lesson 7: Design in Context

+ Step 1: Clarify the displayt Exercise 7A+ Exercise 78t Step 2: Create contextual partst Exercise 7C+ Exercise 7Dt Exercise 7E". Step 3: Create assembly featurest Step 4: Manipulate the contextual comp ...., Step 5: Save the modelt, Exercise 7F'!' Exercise 7G, Case Study: Contextual Design+ Geometric Constraints,. Dimensional Constraints

Lesson 8: Complex Assembly Design

+ Step 1: Create the skeleton model! Exercise 8A't Exercise 88+ Exercise 8C Step 2: Create the pUblished elements Step 3: Use the published elements Exercise 8D

'.' Exercise 8E... Exercise 8F Case Study: Complex Assembly Design

7-1

7-67-397-507-647-987-1097-1197-1227-1347-1457-1527-1607-1772-542-56

8-1

8-58-218-388-538-698-818-998-1138-1248-130

Student Notes:

Copyright DASSAULT SYSTEMES i-2

CA TIA V5 Expert Mechanical Designer - Table of Contentsr--------------------------------------------------, STUDENT GUIDE

Table of Contents (3/3)

Master Project 1: Mobile Phone,t, Master Project: Overview'f' Master Project: Battery Reservation Space,t, Master Project: Mobile Phone Bottom Case+ Master Project: Modifying the Design,~, Analyze and Modify the Design

Master Project 2: Lifting Truck

,t, Master Project: Overview'f> Master Project: Reuse the Existing V4 Jackt, Master Project: Preparing for Design in Context

'1'" Master Project: Design of Right Fork Assembly't Master Project: Design of Left Fork Assembly.,? Master Project: Jack Clearance Check

(/)UJ:;;;UJl-(/)>-(/)I-..J

~..(/)

~Cl.c

'".~Q.o()

Copyright DASSAULT SYSTEMES

MP1-1

MP1-1MP1-6MP1-11MP1-33MP1-39

MP2-1

MP2-2MP2-4MP2-10MP2-20MP2-28MP2-33

Student Notes:

i-3

Expert Mechanical Book 2Lesson 6: Assembly DesignStep 1: Manage the product structure 6-5What are links between components in a Product?Why manage links?Accessing file desk commandManaging links of a product using file deskRe-establishing broken links using the desk commandAccessing edit links commandManaging links of a product using edit linksWhat is Generating a CATPart from a product?Generating a CATPart from a Product

Step 2: Create the Flexible Sub- AssemblyFlexible Sub-AssemblyWhat is a flexible sub-assembly?Making a sub-assembly flexiblePositioning components of a flexible sub-assemblyWhat is mechanical structure?Viewing the mechanical structure treeWhat can be overloaded in a flexible sub-assembly?Modifying constraints of flexible sub-assemblyManaging flexible sub-assembliesPropagating position to reference

Exercise 6AExercise 68Exercise 6CStep 3: Analyze the AssemblyAnalyzing component constraintsAnalyzing dependenciesAnalyzing degrees of freedomMeasuring minimum distancesEdit distance and band analysis dialog boxMeasuring the minimum distanceReading minimum distance results Updating a measureSectionsGeneral process to creating a sectionHow to use the section toolsKinds of sectionsAbout section mainpulationMainpulating the section planesViewing and mainpulating a section resultWhat is clash, contact and clearance?Accessing the clash toolsUsing the compute clash tool

Exercise 6DExercise 6EStep 4: Create scenesWhat are scenes?Why use scenes?ENhanced scenes workbenchCreating a sceneCreating a new scene from an existing sceneCreating a scene of a subset of the assemblyGeneral scene managementApplying a scene on the assemblyApplying the assembly on a sceneApplying user defined attributesComponent management in scenesHiding components in a sceneModifying graphic properties of components in a sceneMoveing components in a sceneExploding an assembly in a sceneDrafting views based on scenesCreating a drafting view based on a scene

Step 5: Create annotationsIntroduction to annotationsWeld feature annotationsCreating a weld feature annotationWhat are text annotationsCreating text annotationsWhat are flag notes?Creating flag notesManipulating annationsChanging the annotation supporting viewManipulating annotation leadersProjecting annotation views on a drafting

Step 6: Generate reportsWhat are bill of materials reports?Generating bill of materials reportsCustomaizing bill of materials reportsRemoving a component from the bill of materialsWhat are assembly listing reports?Generating assembly listing reportsSaving assembly listing reportsCustomizing assembly listing reports

Exercise 6FExercise 6GCase Study: Assembly Design

Lesson 7: Design in ContextStep 1: Clarify the displayWorking with large assembliesVisualization modeUser setting: turning on the cacheManually switching to design modeAutomatic switch to design modeUpdate status unknownHiding componentsCOmparison between show and hideDeactivating representationsWhy deactivate representations?Diffrences between activating and deactivating representationsDeactivating representationsActivating representationsSaving the activation stateAutomatic deactivation upon opening an assemblyDeactivating componentsWhy deactivating components?Deactivating a componenteffects on the bill of materialsSelective loadUsing the selective load toolDifferences between modesSum Up

Exercise 7AExercise 78Step 2: Create contextual partsWhat are contextual parts?Contextual parts using external parametersContextual parts using assembly featuresWhy design in context?Contextual part specification tree symbolsCreating contextual elementsConstraining contextual instances of partsConstraining non-contextual instances of partsSketch in contextWhy use a sketch in context?Using a sketch as an external referenseParameters in contextCreating a paremeter in contextUsing an assembly parameter to design a partExternal parametersWhy use external parameters?Editing contextually-related partsEditing driving partsEditing contextual partsEditing driving partsAutomatically synchronizing changes when editing driving partsManually synchronizing changes when editing driving partsEditing contextual partsFully constraning contextual partsFixing contextual parts in space

Exercise 7CExercise 7DExercise 7EStep 3: Create assembly featuresWhat are assembly features?What are affected parts?pecifying assected partsCreating an assembly splitCreating an assembly holeUsing hole seriesCreating an assembly pocketAdding a body to an assemblyRemoving a body from an assembly

Step 4: Manipulate the contextual comp...Isolating contextual partsIsolating all elements in a contectual partIsolating induvidual elements in a contextual partAnalyzing ontextual partsAnalyxing relationships between fdriving and driving componentsDeleting contextual-reated componentsDelating driving componentsDeleting contextual components

Step 5: Save the modelSaving contextual-related componentsSaving driving CATPartsSaving contextual CATPartsSaving patent CATProductsCopying CATProducts using send to directory

Exercise 7FExercise 7GCase Study: Contextual Design

Lesson 8: Complex Assembly DesignStep 1: Create the skeleton modelWhat is the skeleton method?Why use skeleton method?How is the skeleton method implemented?What does a skeleton model contain?Skeleton exampleHow is a skeleton created?Constraints and the skeleton modelUsing a skeleton to design the components of a productAdditional information: Reusing skeleton in a sub-assembly

Exercise 8AExercise 8BExercise 8CStep 2: Create the pUblished elementsIntroduction to publishing geometryWhy publish geometry?What kind of geometry can be published?Published elements in the treePublishing geometryChanging a published elementPublishing parameters

Step 3: Use the published elementsWhen can you usr published geometry?User setting: use published geometry to constrainUser setting:only use published geometry for external referencesUsing published geometry in contextual designWhat is replacing published component?Reconecting a constraintReplacement of a non-published driving componentPublished geometry anf assembly constraintsPublished geometry and contextual design

Exercise 8DExercise 8EExercise 8FCase Study: Complex Assembly Design

Master Project 1: Mobile PhoneMaster Project: OverviewMaster Project: Battery Reservation SpaceMaster Project: Mobile Phone Bottom CaseMaster Project: Modifying the DesignAnalyze and Modify the Design

Master Project 2: Lifting TruckMaster Project: OverviewMaster Project: Reuse the Existing V4 JackMaster Project: Preparing for Design in ContextMaster Project: Design of Right Fork AssemblyMaster Project: Design of Left Fork AssemblyMaster Project: Jack Clearance Check