Structure Analysis
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PRODUCT AND ASSEMBLY DESIGN
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PRODUCT AND ASSEMBLY DESIGN
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Mastering Catia by Examples contains the most essential applications in CATIA package and are presented in 734 multimedia tutorials (Videos with sound).
It is divided into main chapters, and these chapters contain sub-chapters which are sometimes sub-divided into several parts. Each part or sub-chapter contains a number of fully worked out tutorials (sound videos) that introduce the activity in hand into easy to follow step by step actions. Some videos contain additional advanced information in the form of power point presentations which are built in within the video itself.
Whatever your experience, with this course, we let CATIA be your first tool to build any project, whether it is an entry level or state-of-the-art design.
This course contains a huge number of examples, over 730 fully illustrated tutorials (Sound Video) with more than 33 Hours.
It shows all possible details, from very beginning to advanced level.
Goes through almost every subject, and showed almost every last mouse click along the way, combined with vast number of practical tips and design aspects; all presented in very Plain English.
AND
We spared no effort to make the course very affordable.
Minimum System Requirements:
Operating System: Windows 98, 2000, XP or Vista
Macromedia: Flash Player 8 or Later.
CPU: Intel Pentium 4 or equivalent processor
RAM: 256 MB
Hard Disk: 2 MB of Hard Disk for Program Installation.
+ 16 GB for Video Files (Optional).
DVD Player could be used instead.
DVD Drive: (DVD-R)
Sound Card
Video Card 8 MB
Following Is The Complete List of Mastering Catia By Examples Tutorials (Video Format)
1- Creating Parts
1-1 Sketcher
1-1-1 Introduction
1- General Concept
2-1 Catia Desktop
2-2 Catia Desktop
3- Selection And Entering Values In Catia
4- How To Set The Configuration In Catia
5- Practical Ways To Manipulate The View
1- General Concept
2-1 Catia Desktop
2-2 Catia Desktop
3- Selection And Entering Values In Catia
4- How To Set The Configuration In Catia
5- Practical Ways To Manipulate The View
1-1-2 Creating Geometries
1- Creating a Line
2-Creating an Infinite Line
3-Creating a Bi-Tangent Line
4-Creating a Bisecting Line
5-Creating a Line Normal to a Curve
6-Creating an Axis
7-Creating Points
8- Creating Equidistant Points
9- Creating Points Using Intersection
10-Creating a Point Using Projection
11-Creating Associative Projected Points
12- Creating Profiles
13-Creating Circles
14-Creating Three Points Circles
15-Creating Circles Using Coordinates
16-Creating a Tri-Tangent Circle
17-Creating Arcs
18-Creating Three Points Arcs
19-Creating Three Points Arcs Using Limits
20- Creating a Spline
21-Connecting Curves with a Spline
22-Connecting Curves with an Arc
23- Creating Ellipses
24-Creating a Parabola by Focus
25-Creating a Hyperbola by Focus
26-Creating Conic Curves
27- Creating Rectangles
28- Creating Oriented Rectangles
29- Creating Parallelograms
30- Creating Elongated Holes
31-Creating Cylindrical Elongated Holes
32-Creating Keyhole Profiles
33-Creating Hexagons
34-Creating Centred Rectangles
35-Creating Centred Parallelograms
1-1-3 Operations
1- Creating Corners
2- Creating Chamfers
3- Trimming Elements
4- Breaking And Trimming
5-Closing Elements And Complementing An Arc, Circle or Ellipse
6-Breaking Elements
7-Creating Mirrored And Moving Elements by Symmetry
8- Translating Elements
9- Rotating Elements
10- Scaling Elements
11 (A) Offsetting 2D Geometry
11 (B) Offsetting Using offset tools
11 (C) Offsetting- Creating Spline Offsets
12 (A) Using 3D Geometry- Projecting 3D Elements onto the Sketch Plane
12 (B) Projecting 3D Silhouette Edges
12 (C) Intersecting 3D Elements with the Sketch Plane
13 (A) Copying, pasting elements with H And V constraints on their absolute axis
13 (B) Copying Sketches
14-Replacing Geometry
15-Editing Parents, Children And Constraints
16- Performing Auto-Search on Profiles
17-Transforming Profiles
18-Deactivating a Sketch
1-1-4 Constrains
1- Geometrical Constraint
2- Dimensional constraint
3- Creating Constraints Using the Constraints Toolbar
4- Creating Constraints via a Dialog Box
5- Modifying The Constraints
6- Auto-Constraining a Group of Elements
7- Solving Design Problem Using Fix Together
8- Animating Constraints
9- Edit Multi-Constraint
10- Using the Sketch Solving Status
11- Defining Constraint Measure Direction
12- Creating Contact Constraints
13- Modifying Constraints
14- Modifying Constraints Using Shift Key
1-1-5 Design Aspects
1-1 Sketching from an Existing Part
1-2 Sketching from an Existing Part
1-3 Sketching from an Existing Part
2- Using Sketch Tools
3- Using Visualization Toolbar
4- Using Smart Pick
5- Language Of Colours In Catia
6- Setting the Datum Mode
7-1 Performing A Quick Geometry Diagnosis
7-2 Analyzing the Sketch
8-1 Creating Output Features
8-2 Creating Profile Features
9- Creating Accelerators
10- Restoring the Toolbars Positions
11- About The Standard And Construction Elements
12- Sketch Detection
1- Creating a Line
2-Creating an Infinite Line
3-Creating a Bi-Tangent Line
4-Creating a Bisecting Line
5-Creating a Line Normal to a Curve
6-Creating an Axis
7-Creating Points
8- Creating Equidistant Points
9- Creating Points Using Intersection
10-Creating a Point Using Projection
11-Creating Associative Projected Points
12- Creating Profiles
13-Creating Circles
14-Creating Three Points Circles
15-Creating Circles Using Coordinates
16-Creating a Tri-Tangent Circle
17-Creating Arcs
18-Creating Three Points Arcs
19-Creating Three Points Arcs Using Limits
20- Creating a Spline
21-Connecting Curves with a Spline
22-Connecting Curves with an Arc
23- Creating Ellipses
24-Creating a Parabola by Focus
25-Creating a Hyperbola by Focus
26-Creating Conic Curves
27- Creating Rectangles
28- Creating Oriented Rectangles
29- Creating Parallelograms
30- Creating Elongated Holes
31-Creating Cylindrical Elongated Holes
32-Creating Keyhole Profiles
33-Creating Hexagons
34-Creating Centred Rectangles
35-Creating Centred Parallelograms
1-1-3 Operations
1- Creating Corners
2- Creating Chamfers
3- Trimming Elements
4- Breaking And Trimming
5-Closing Elements And Complementing An Arc, Circle or Ellipse
6-Breaking Elements
7-Creating Mirrored And Moving Elements by Symmetry
8- Translating Elements
9- Rotating Elements
10- Scaling Elements
11 (A) Offsetting 2D Geometry
11 (B) Offsetting Using offset tools
11 (C) Offsetting- Creating Spline Offsets
12 (A) Using 3D Geometry- Projecting 3D Elements onto the Sketch Plane
12 (B) Projecting 3D Silhouette Edges
12 (C) Intersecting 3D Elements with the Sketch Plane
13 (A) Copying, pasting elements with H And V constraints on their absolute axis
13 (B) Copying Sketches
14-Replacing Geometry
15-Editing Parents, Children And Constraints
16- Performing Auto-Search on Profiles
17-Transforming Profiles
18-Deactivating a Sketch
1-1-4 Constrains
1- Geometrical Constraint
2- Dimensional constraint
3- Creating Constraints Using the Constraints Toolbar
4- Creating Constraints via a Dialog Box
5- Modifying The Constraints
6- Auto-Constraining a Group of Elements
7- Solving Design Problem Using Fix Together
8- Animating Constraints
9- Edit Multi-Constraint
10- Using the Sketch Solving Status
11- Defining Constraint Measure Direction
12- Creating Contact Constraints
13- Modifying Constraints
14- Modifying Constraints Using Shift Key
1-1-5 Design Aspects
1-1 Sketching from an Existing Part
1-2 Sketching from an Existing Part
1-3 Sketching from an Existing Part
2- Using Sketch Tools
3- Using Visualization Toolbar
4- Using Smart Pick
5- Language Of Colours In Catia
6- Setting the Datum Mode
7-1 Performing A Quick Geometry Diagnosis
7-2 Analyzing the Sketch
8-1 Creating Output Features
8-2 Creating Profile Features
9- Creating Accelerators
10- Restoring the Toolbars Positions
11- About The Standard And Construction Elements
12- Sketch Detection
1-2 Part Design
1-2-1 Creating
1-2-1-1 Sketch Based Features
1- Entering The Part Design Workbench
2 (A) Creating Pads
2 (B) Creating Pads
2 (C) Creating Pads
2 (D) Creating Pads
2 (E) Creating Pads
2 (F) Creating Pads
2 (G) Creating Pads
2 (H) Creating Pads
2 (I) Creating Pads
3- Creating Multi Pads
2 (B) Creating Pads
2 (C) Creating Pads
2 (D) Creating Pads
2 (E) Creating Pads
2 (F) Creating Pads
2 (G) Creating Pads
2 (H) Creating Pads
2 (I) Creating Pads
3- Creating Multi Pads
4- Creating Drafted Filleted pad
5- Creating Pockets
6- Creating Multi Pockets
7-Creating Drafted Filleted Pockets
8- Creating Shafts
9- Creating Grooves
10 (A) Creating Holes
10 (B) Creating Holes
10 (C) Creating Holes
11- Creating Rib
12- Creating Slots
13- Creating Stiffener
14- Creating Multi sections solid
15- Creating Removed Multi-sections
16- Creating Solid Combine
1-2-1-2 Dress-Up Feature
1 (A) Creating Edge Fillet
1 (B) Creating Edge Fillet
2- Creating Variable Radius Fillet
3- Reshaping The Corner Using Blend Corner
4 (A) Creating Face Fillet
4 (B) Creating Face Fillet using Hold Curve
4 (C) when Creating Face Fillet Is Not Working
5- Creating Tri-tangent Fillet
6- Creating Chamfer
7 (A) Creating Basic Draft
7 (B) Creating Variable Angles Draft
7 (C) Creating Advanced Draft
7 (D) Creating Drafts with Parting elements
7 (E) Creating Drafts From reflect lines
8- Creating Shells
9- Creating Thickness
10- Creating Threads And Taps
11- Creating Remove Face Features
12- Creating Replace Face Features
1-2-1-3 Surface Based Feature
1- Creating Splits
2- Creating Thick Surfaces
3- Creating Close Surface Features
4- Creating Sew Surfaces
1-2-1-4 Reference Elements
1 (A) Creating 3D Points
1 (B) Creating 3D Points
1 (C) Creating 3D Points
1 (D) Creating 3D Points
2 (A) Creating 3D Line
2 (B) Creating 3D Line
2 (C) Creating 3D Line
2 (D) Creating 3D Line
3- Creating Planes
1-2-1-5 Using Surfaces And Curves
And Solving Cad Problems
1 (A) Joining Surfaces or Curves
1 (B) Joining Surfaces or Curves
2- Extrapolating Surfaces
3- Extracting Geometry
4- Creating Intersections
5- Creating Projection
6- Creating Boundary Curves
5- Creating Pockets
6- Creating Multi Pockets
7-Creating Drafted Filleted Pockets
8- Creating Shafts
9- Creating Grooves
10 (A) Creating Holes
10 (B) Creating Holes
10 (C) Creating Holes
11- Creating Rib
12- Creating Slots
13- Creating Stiffener
14- Creating Multi sections solid
15- Creating Removed Multi-sections
16- Creating Solid Combine
1-2-1-2 Dress-Up Feature
1 (A) Creating Edge Fillet
1 (B) Creating Edge Fillet
2- Creating Variable Radius Fillet
3- Reshaping The Corner Using Blend Corner
4 (A) Creating Face Fillet
4 (B) Creating Face Fillet using Hold Curve
4 (C) when Creating Face Fillet Is Not Working
5- Creating Tri-tangent Fillet
6- Creating Chamfer
7 (A) Creating Basic Draft
7 (B) Creating Variable Angles Draft
7 (C) Creating Advanced Draft
7 (D) Creating Drafts with Parting elements
7 (E) Creating Drafts From reflect lines
8- Creating Shells
9- Creating Thickness
10- Creating Threads And Taps
11- Creating Remove Face Features
12- Creating Replace Face Features
1-2-1-3 Surface Based Feature
1- Creating Splits
2- Creating Thick Surfaces
3- Creating Close Surface Features
4- Creating Sew Surfaces
1-2-1-4 Reference Elements
1 (A) Creating 3D Points
1 (B) Creating 3D Points
1 (C) Creating 3D Points
1 (D) Creating 3D Points
2 (A) Creating 3D Line
2 (B) Creating 3D Line
2 (C) Creating 3D Line
2 (D) Creating 3D Line
3- Creating Planes
1-2-1-5 Using Surfaces And Curves
And Solving Cad Problems
1 (A) Joining Surfaces or Curves
1 (B) Joining Surfaces or Curves
2- Extrapolating Surfaces
3- Extracting Geometry
4- Creating Intersections
5- Creating Projection
6- Creating Boundary Curves
1-2-2 Operations
1-2-2-1 Boolean Operations
1- Assembling Bodies
2- Intersecting Bodies
3- Adding Bodies
4- Removing Bodies
5- Union Trim Bodies
6- Remove Lump (Keeping and Removing Faces)
7- Changing a Boolean Operation into Another One
1-2-2-2 Modifying And Manipulation
1- Creating Translations
2- Creating Rotations
3- Symmetry
4- Mirror
5- Creating Rectangular Patterns
6 (A) Creating Circular Patterns
6 (B) Creating Circular Patterns
7- Creating User Patterns
8- Exploding Patterns
9- Creating Scaling
1-2-3 Constraints
1- Setting 3D Constraints
2- Setting Constraints Defined in Dialog Box
3- Computing Mean Dimensions
4- Modifying Constraints
1-2-4 Design Aspects
1-2-4-1 Design Aspects (First Level)
1- Redefining Feature Parameters
2 (A) Updating Parts
2 (B) Updating Parts
3 (A) Deleting Features
3 (B) Optimizing The Design By Recognizing The Non Useful Elements
4- Deactivating Elements
5 (A) Reordering One Feature
5 (B) Reordering Several Features
6 (A) Replacing or Moving Elements
6 (B) Replacing a Body
7- Changing a Sketch Support
8 (A) Displaying And Editing The part Properties
8 (B) Displaying And Editing Bodies Properties
8 (C) Displaying And Editing Features Properties
1-2-4-2 Design Aspects (Second Level)
1- Cut Copy Paste
2- Editing a List of Elements
3- Scanning a Part and Defining In Work Objects
4- Performing a Draft Analysis
5- Isolating Geometric Elements
6- Displaying Parents And Children
1- Cut Copy Paste
2- Editing a List of Elements
3- Scanning a Part and Defining In Work Objects
4- Performing a Draft Analysis
5- Isolating Geometric Elements
6- Displaying Parents And Children
1-2-4-3 Design Aspects (Third Level)
1- Opening a New CATPart Document
2- Hybrid Design
3- Defining an Axis System
4- Publishing Elements
5-1 Inserting a New Body
5-2 Inserting Features into a New Body
6-1 Geometrical sets
6-2 Inserting a Geometrical Set
6-3 Moving Elements of a Geometrical Set To New Body
7-1 Inserting an Ordered Geometrical Set
7-2 Modify Children command
7-3 Editing Features Within an Ordered Geometrical Set
8-1 Creating Power Copies
8-2 Instantiating Power Copies
8-3 Instantiating Power Copies Using Step By Step Instantiation
8-4 Instantiating Power Copies Using Part Comparison Instantiation
8-5 Saving Power Copies into a Catalogue
1- Opening a New CATPart Document
2- Hybrid Design
3- Defining an Axis System
4- Publishing Elements
5-1 Inserting a New Body
5-2 Inserting Features into a New Body
6-1 Geometrical sets
6-2 Inserting a Geometrical Set
6-3 Moving Elements of a Geometrical Set To New Body
7-1 Inserting an Ordered Geometrical Set
7-2 Modify Children command
7-3 Editing Features Within an Ordered Geometrical Set
8-1 Creating Power Copies
8-2 Instantiating Power Copies
8-3 Instantiating Power Copies Using Step By Step Instantiation
8-4 Instantiating Power Copies Using Part Comparison Instantiation
8-5 Saving Power Copies into a Catalogue
1-2-4-4 Design Aspects (Fourth Level)
1-How to Improve Update Operations
2-How to Improve Performances when Editing
3-How to Improve Performances when Using the Pre-selection Navigator
4-How to Reduce Data Size when Positioning Pasted Bodies
1-2-5 Projects
1- Project (Creating Part-1)
2- Project (Creating Part-2)
3- Project (Creating Part-3)
4- Project (Assembling Parts)
5- Project (Golden Rules)
1-How to Improve Update Operations
2-How to Improve Performances when Editing
3-How to Improve Performances when Using the Pre-selection Navigator
4-How to Reduce Data Size when Positioning Pasted Bodies
1-2-5 Projects
1- Project (Creating Part-1)
2- Project (Creating Part-2)
3- Project (Creating Part-3)
4- Project (Assembling Parts)
5- Project (Golden Rules)
1-3 WireFrame
1-3-1 Creating
1-3-1-1 Creating Wire-frame Geometries
1 (A) Integrating PD And WF, And Utilizing Working On Support
1 (B) The First Step In Preparing Oriented And Flexible Design
2 (A) Creating Multiple Points and planes
2 (B) Creating Planes Between Other Planes
3- Creating an Axis
4- Creating Polylines
5- Creating Circles
6- Creating Splines
7- Creating a Helix
8- Creating Corners
9- Creating Connect Curves
10- Creating Projections
1-3-1-2 Creating Surface Geometries
1- Creating Extruded Surfaces
2- Creating Revolution Surfaces
3- Creating Spherical Surfaces
4- Creating Cylindrical Surfaces
5- Creating Offset Surfaces
6- Creating Filling Surfaces
7- Creating Swept Surfaces
8- Creating Multi-Sections Surfaces
9- Creating Blended Surfaces
1- Creating Extruded Surfaces
2- Creating Revolution Surfaces
3- Creating Spherical Surfaces
4- Creating Cylindrical Surfaces
5- Creating Offset Surfaces
6- Creating Filling Surfaces
7- Creating Swept Surfaces
8- Creating Multi-Sections Surfaces
9- Creating Blended Surfaces
1-3-2 Operations And Manipulations
1-3-2-1 Performing Operations on
Shape Geometry
1 (A) Joining Surfaces or Curves
1 (B) Joining Surfaces or Curves And solving The design’s problems
2- Healing Geometry
3- Restoring a Surface
4- Disassembling Elements
5- Splitting Geometry
6- Trimming Geometry
7- Rotating Geometry
8- Translating Geometry
9- Performing Symmetry on Geometry
10- Transforming Geometry by Scaling
11- Transforming Geometry by Affinity
12- Transforming Elements From an Axis to Another
13- Inverting the Orientation of Geometry
14- Creating the Nearest Entity of a Multiple Element
15- Extrapolating Curves
1-3-2-1 Performing Operations on
Shape Geometry
1 (A) Joining Surfaces or Curves
1 (B) Joining Surfaces or Curves And solving The design’s problems
2- Healing Geometry
3- Restoring a Surface
4- Disassembling Elements
5- Splitting Geometry
6- Trimming Geometry
7- Rotating Geometry
8- Translating Geometry
9- Performing Symmetry on Geometry
10- Transforming Geometry by Scaling
11- Transforming Geometry by Affinity
12- Transforming Elements From an Axis to Another
13- Inverting the Orientation of Geometry
14- Creating the Nearest Entity of a Multiple Element
15- Extrapolating Curves
1-3-2-2 Editing Surface and
Wireframe Geometries
1- Editing Surface and Wireframe Definitions
2- The Implicit And Explicit Modifications
3- Deleting Surfaces and Wireframe
4 (A) Developing Wires and Points
4 (B) Unfolding a Surface
1-3-3 Using Tools
Wireframe Geometries
1- Editing Surface and Wireframe Definitions
2- The Implicit And Explicit Modifications
3- Deleting Surfaces and Wireframe
4 (A) Developing Wires and Points
4 (B) Unfolding a Surface
1-3-3 Using Tools
1- Quick Selection of Geometry
2- Keeping the Initial Element
3- Checking Connections Between Surfaces
4- Checking Connections Between Curves
5- Analyzing Distances Between Two Sets of Elements
6- Performing a Surface Curvature analysis
7- Performing a Curvature Analysis
2- Keeping the Initial Element
3- Checking Connections Between Surfaces
4- Checking Connections Between Curves
5- Analyzing Distances Between Two Sets of Elements
6- Performing a Surface Curvature analysis
7- Performing a Curvature Analysis
2- Products And
Assembly Design
2-1 Products Architecture
2-1-1 Working With The Product Architecture
1- Entering the Workbench, Creating A New And Opening An Existing Document
2 (A) Selection, Using Selecting Products only
2 (B) Selection, Using Selection Modes
3- Inserting a New Component
4- Inserting a New Part
5- Inserting a New Product
6- Inserting Existing Components And Related Problems
7- Part Number conflicts when inserting Model and Part
8- Inserting CATPart or CATProduct Documents from a Catalogue
9- Loading Components
10- Unloading And Reloading Components And Related problems
11- Using the Selective Load
12 (A) Setting up the Visualization And Design Modes
12 (B) Managing Part Number conflicts Between The Two Modes
13- Deactivating And Activating a Node
14- Deactivating And Activating a Terminal Node
15- Managing Representations
16- Reordering the Tree
17- Isolating a Part
18- Deactivating And Activating a Component
19 (A) Defining Contextual Links between Two Instances of the same Part
19 (B) Defining Contextual Links between two separate Instances ,with no dependences
19 (C) Defining Contextual Links Using Editing And Replacing Commands
20- What happens when you delete the Instance of a Contextual Part
21 (A) Using Flexible Sub-Products
21 (B) Applying Overload Position on Reference And The Related Difficulties
2-1-2 Management Of The
Product Architecture
1- Cutting, Copying and Pasting Objects
2- Paste Special
3- Replacing a Component by another one in Session
4- The Impacts of the Replace Command
5- Replacing a Specific Instance or All Instances of a Reference
6- General Idea About The Component Properties
7- Naming And Re-Naming
8- Generating Numbering
9 (A) Displaying the Bill of Material (BOM)
9 (B) Managing the Bill of Material (BOM)
9 (C) Extract a component from BOM
9 (D) Searching on BOM Attributes
2-2 Assembly Design
2-2-1 First: Quick Course
1- Entering And Preparing The Assembly Design Workbench
2- Fixing a Component
3- Inserting an Existing Component
4- Setting Constraints Between Components
5- Moving Constrained Components Using the Compass
6 -Adding and Renaming a New Component
7- Designing a Part in an Assembly Context
8- Editing a Parameter
9- Replacing a Component
10- Analyzing Assembly Constraints and Reconnecting the Broken one
11- Detecting Clashes and Editing a Component
12 -Exploding the Assembly
2-2-1 First: Quick Course
1- Entering And Preparing The Assembly Design Workbench
2- Fixing a Component
3- Inserting an Existing Component
4- Setting Constraints Between Components
5- Moving Constrained Components Using the Compass
6 -Adding and Renaming a New Component
7- Designing a Part in an Assembly Context
8- Editing a Parameter
9- Replacing a Component
10- Analyzing Assembly Constraints and Reconnecting the Broken one
11- Detecting Clashes and Editing a Component
12 -Exploding the Assembly
2-2-2 Second: Detailed Course
2-2-2-1 Managing The Constraints
In the Assembly Design
2-2-2-1 Managing The Constraints
In the Assembly Design
1- Creating And Managing Coincidence Constraint
2- Creating a Contact Constraint
3- Creating an Offset Constraint
4- Creating an Angle Constraint
5- Fixing a Component
6- Fixing Components Together
7- Using the Quick Constraint Command
8- Changing Constraints
9- Deactivating or Activating Constraints
10- Selecting the Constraints of Given Components
11- Editing Constraints
12- Modifying the Properties of a Constraint
13- Setting a Constraint Creation Mode
14- Inconsistent or Over-constrained Assemblies
15- Reordering Constraints in the Specification Tree
16- Refreshing Constraints
2-2-2-2 Defining Instantiation
And Analyzing
1- Defining Multi-Instantiation
2- Fast Multi-Instantiation
3- Inserting an Existing Component with Positioning
4-1 Computing Clash and Clearance Between Components
4-2 Analyzing Constraints
4-3 Analyzing Dependences
4-4 Analyzing Updates
4-5 Analyzing Degrees of Freedom
2-2-2-3 Moving Components
1- Translating Components
2- Rotating Components
3 (A) Manipulating Components
3 (B) Stop Manipulation on Clash
4- Snapping Components
5 (A) Smart Move
5 (B) Smart Move with Viewer
6- Exploding a Constrained Assembly
2- Creating a Contact Constraint
3- Creating an Offset Constraint
4- Creating an Angle Constraint
5- Fixing a Component
6- Fixing Components Together
7- Using the Quick Constraint Command
8- Changing Constraints
9- Deactivating or Activating Constraints
10- Selecting the Constraints of Given Components
11- Editing Constraints
12- Modifying the Properties of a Constraint
13- Setting a Constraint Creation Mode
14- Inconsistent or Over-constrained Assemblies
15- Reordering Constraints in the Specification Tree
16- Refreshing Constraints
2-2-2-2 Defining Instantiation
And Analyzing
1- Defining Multi-Instantiation
2- Fast Multi-Instantiation
3- Inserting an Existing Component with Positioning
4-1 Computing Clash and Clearance Between Components
4-2 Analyzing Constraints
4-3 Analyzing Dependences
4-4 Analyzing Updates
4-5 Analyzing Degrees of Freedom
2-2-2-3 Moving Components
1- Translating Components
2- Rotating Components
3 (A) Manipulating Components
3 (B) Stop Manipulation on Clash
4- Snapping Components
5 (A) Smart Move
5 (B) Smart Move with Viewer
6- Exploding a Constrained Assembly
2-2-2-4 Using Assembly Tools
And Creating Annotations
1-1 Managing Products in an Assembly
1-2 Publishing Elements
2-1 Creating Weld Features
2-2 Creating a Text with Leader
2-3 Creating a Flag Note with Leader
2-4 Creating a Section View And Annotation Plane
2-5 Creating a Section Cut View And Annotation Plane
2-2-2-5 Design Aspects
1-1 Detecting Interferences
1-2 Reading Clash Command Results
1-3 Exporting Clash Results
2- Measuring Minimum Distances
3- Improving Performances
4- Generating CATPart from Product
5- Displaying the Assembly Mass Properties
6-1 Reconnecting a Replaced Representation
6-2 Reconnecting Constraints
7- Editing a Part in an Assembly Design Context
8- File And Session Management
9- Working With The Levels
2-2-2-6 Assembly Features
1- Assembly Split
2- Assembly Hole
3- Using Hole Series
4- Assembly Pocket
5- Assembly Remove and Add
6- Performing Symmetry
7- Modifying a Symmetry
8- Rotating a Component by Using the Symmetry Command
9- Reusing a Part Design Pattern
2-3 Structure Design
1-1 Prepare The workbench
1-2 Creating Shapes Using (Existing Support Type)
1-3 Creating Shapes Using (Point-to-Point Type)
1-4 Creating Plates
1-5 Placing Cut-outs
2- Placing Contextual End-cuts
3- Creating End Plates
4- Modifying The Shapes
5- Modifying the Design
3- Drafting
3-1 Generative Drafting
3-1-1 First: Quick Course
1-1 Entering the Drafting Workbench
1-2 Define the Drawing Sheet, Some Views and section
1-3 Creating a Detail View
1-4 Creating a Section Cut
2-1 Creating a Frame and a Title
2-2 Creating Views via the Wizard
2-3 Creating a Section View
2-4 Overloading Element Properties
2-5 Generating Balloons and a Bill of Material
2-6 Creating an Isometric View and Changing its Properties
3-1-2 Second: Detailed Course
3-1-2-1 Creating
1- Creating a New Drawing
2- Editing Drawing Links
3- Define The Sheets
4- Creating a Frame and a Title Block
5- Inserting an Image Into a Frame and Title Block
6- Managing a Background View
7 (A) Creating a Front View
7 (B) Creating a front view with a local Axis System
7 (C) Create a front view from Specific Sub-Bodies And Sub-Products
7 (D) Creating an Advanced Front View
8- Creating a Projection View
9- Creating an Unfolded View
10 (A) Creating a View from 3D
10 (B) Creating a View from 3D
11- Creating an Auxiliary View
12 (A) Creating an Offset Section View And Cut
12 (B) Creating an Offset Section View And Cut
12 (C) Creating a Section View And Cut With Profile Defined In 3D Geometry
13- Creating an Aligned Section View
14- Creating a Detail View And Detail view profile
15- Creating a Clipping View and Clipping View Profile
16- Creating an Isometric View
17- Creating a Broken View
18- Creating a Breakout View
19- Creating Views via the Wizard
20- View Update Reporting
21 (A) Creating a View using Generative View Styles
21 (B) Applying the Generative Style of a View to Another View
3-1-2-2 Dimensions
1 (A) Generating Dimensions in One Shot
1 (B) Filtering Dimension Generation
2- Generating Dimensions Semi-Automatically
3- Analyzing Generated Dimensions
4- Positioning Dimensions (View per View)
5- Analyzing Interfering Dimensions
6- Driving 3D Constraints via Generated Dimensions
7- Creating Associative Thread Dimensions
3-1-2-3 Operations And Manipulation
1- Moving a View
2 (A) Aligning Views Using Elements
2 (B) Superposing Views
2 (C) Setting Relative View Position
3- Positioning a View Independently of its Reference View
4- Locating Reference And Resulting Views
5- Isolating Generated Views
6- Restoring Deleted Generated Elements
7- Locking a View
8- Scaling a View
9- Renaming a View
10- Modifying a View Projection Plane
11- Generating a Bill of Material
12- Generating Balloons on a View
13- Showing Geometry in Views
14- Modifying The Callout
15- Overloading Element Properties
16- Modifying a Pattern
17- Duplicating Generative Geometry
18- Modifying a View's Links
19- Applying a View's Links to Another view
3-2 Interactive Drafting
3-2-1 Quick Course
1- Using Standard-Defined Styles
2- Creating Views
3- Creating Geometry Using Folding Lines
4- Creating a Multiple View Projection
5- Reframing a View
1- Using Standard-Defined Styles
2- Creating Views
3- Creating Geometry Using Folding Lines
4- Creating a Multiple View Projection
5- Reframing a View
3-2-2 Detailed Course
3-2-2-1 Creating
1- Creating Detail Sheet And 2D Component
2 (A) Creating a 2D Component instance
2 (B) Positioning a 2D Component During The Instantiation
2 (C) Modifying text in 2D Component Instances
2 (D) Replacing the Reference of a 2 d Component Instance
2 (E) Specifying annotation orientation in 2 d Component Instances
3- Creating a Component Catalogue
4- Re-using a 2D Component from a Catalogue
5- Exploding a 2D Component
6- Exposing a 2D Component from a Catalogue
3-2-2-2 Dimensions
3-2-2-2-1 General Dimensions
1- Creating Dimensions
2- Creating Half-Dimensions
3- Creating And Modifying Angle Dimensions
4- Creating chamfer dimensions manually
5- Creating chamfer dimensions using chamfer detection
6- Creating Associative Thread Dimensions
7- Creating And Modifying Coordinate Dimensions
8- Creating a Hole Dimension Table
9- Creating a Points Coordinates Table
10- Creating Radius Curvature Dimensions
11- Creating Overall Curve Dimensions
12- Creating Curvilinear Length Dimensions
13 (A) Creating partial curvilinear length dimensions
13 (B) Creating partial curvilinear length dimensions
14- Creating Dimensions along a Reference Direction
15- Creating Dimensions between Intersection Points
16- Creating Dimensions between an Element and a View Axis
17- Rerouting Dimensions
18- Modifying the Dimension Type
19- Interrupting Extension Lines
20 (A) Modifying the Dimension Value Text Position
20 (B) Specifying the Dimension Value Position
21- Modifying the Dimension Line Location
22 (A) Adding Text Before And After the Dimension Value
22 (B) Modifying the Dimension Overrun And Blanking
23 (A) Lining up Dimensions
23 (B) Lining up Dimensions
24 (A) Creating a Geometrical Tolerance
24 (B) Modifying a Geometrical Tolerance
25- Creating Driving Dimensions
26- Scaling a Dimension
27- Creating Dimensions Without 2D representation
3-2-2-2-2 Dimension Systems
1- Creating Chained Dimension Systems
2- Creating Stacked Dimension Systems
3- Creating Cumulated Dimension Systems
4- Modifying a Dimension System
5- Line up Dimension Systems
6 (A) Creating Inter-Technological Feature Dimensions
6 (B) Creating Intra-Technological Feature Dimensions
3-2-2-3 Annotations
1- Setting Text Properties
2- Creating a Free Text
3- Creating an Associated Text
4- Making an Existing Annotation Associative
5- Creating a Text With Leader
6- Adding a Leader to an Existing Annotation
7- Handling Annotation Leaders
8- Moving and Positioning Leader Breakpoints
9- Adding Frames or Sub-Frames
10- Replicating Text and Attribute
11- Copying Graphic Properties
12 (A) Creating a Datum Feature
12 (B) Modifying a Datum Feature
13- Creating And Modifying a Datum Target
14- Creating a Balloon
15- Creating Associative Balloons on Generated Product Views
16- Creating a Roughness Symbol
17 (A) Creating a Welding Symbol
17 (B) Creating a Geometry Weld
18- Modifying Annotation Positioning
19 (A) Creating And Modifying a Table
19 (B) Splitting a table
19 (C) Inserting a view a in table
20- Finding And Replacing Text
21- Querying Annotation Links
3-2-2-4 Dress Up Elements
1 (A) Creating Centre Lines With No Reference
1 (B) Creating Centre Lines With Reference
1 (C) Modifying Centre Lines
2- Creating Threads With Reference And No Reference
3- Creating Axis Lines
4- Creating Axis Lines and Centre Lines
5- Creating an Area Fill
6- Creating Arrows
3-2-2-5 Properties, Images
And Printing
1- Editing Sheet Properties
2- Editing View Properties
3- Editing 2D Geometry Feature Properties
4- Editing Pattern Properties
5- Editing Annotation Font Properties
6- Editing Text Properties
7- Editing Dimension Text Properties
8- Editing The Dimension Font And Value Properties
9- Editing Dimension Extension Line And Line Properties
10- Inserting Raster or Vector Images
11- Editing Picture Properties
12- Printing a Sheet
4- Structure Analysis
4-1 First: Quick Course
1- Entering the Generative Structural Analysis Workbench And Quick Introduction
1- Entering the Generative Structural Analysis Workbench And Quick Introduction
4-2 Second: Detailed Course
4-2-1 Creating (Processing)
4-2-1-1 Inserting Analysis Cases
1- Inserting a New Static Case
2- Inserting a New Static Constrained Case
3- Inserting a New Frequency Case
4- Inserting a New Buckling Case
5- Inserting a New Combined Case
6- Inserting a New Envelop Case
7- Inserting a Harmonic Dynamic Response Case
8- Inserting a Transient Dynamic Response Case
4-2-1-2 Modulation And
Dynamic Response Sets
1-1 Creating White Noise Modulation
1-2 Importing Frequency and time Modulation
2-1 Defining a Load Excitation Set
2-2 Defining a Restraint Excitation Set
2-3 Defining a Damping Set
4-2-1-3 Model Manager
And Adaptivity
1-1 Creating 3D Mesh Parts
1-2 Creating 2D Mesh Parts
1-3 Creating 1D Mesh Parts
1-4 Creating Local Mesh Sizes
1-5 Creating Local Mesh Sags
1-6 Creating 3D Properties
1-7 Creating 2D Properties
1-8 Importing Composite Properties
1-9 Creating 1D Properties
1-10 Creating Mapping Properties
1-11 Changing Element Type
1-12 Creating a User Material
1-13 Applying a Material to Analysis Connections
1-14 Modifying Material Physical Properties
1-15 Editing a User Isotropic Material
1-16 Checking the Model
2-1 Creating Global Adaptivity Specifications
2-2 Creating Local Adaptivity Specifications
2-3 Computing with Adaptivity
4-2-1-4 Connections
4-2-1-4-1 Analysis Connections
1- General Analysis Connection
2- Point Analysis Connection
3- Point Analysis Connection Within One Part
4- Line Analysis Connection
5- Line Analysis Connection Within One Part
6- Surface Analysis Connection
7- Surface Analysis Connection Within One Part
8- Points to Points Analysis Connection
9- Point Analysis Interface
4-2-1-4-2 Creating Face To Face
Connection Properties
1- Creating Slider Connection Properties
2- Creating Contact Connection Properties
3- Creating Fastened Connection Properties
4- Creating Fastened Spring Connection Properties
5- Creating Pressure Fitting Connection Properties
6- Creating Bolt Tightening Connection Properties
4-2-1-4-3 Creating Distant
Connection Properties
1- Creating Rigid Connection Properties
2- Creating Smooth Connection Properties
3- Creating Virtual Rigid Bolt Tightening Connection Properties
4- Creating Virtual Spring Bolt Tightening Connection Properties
5- Creating User-Defined Connection Properties
4-2-1-4-4 Creating Welding And Point
Based Connection Properties
1-1 Creating Spot Welding Connection Properties
1-2 Creating Seam Welding Connection Properties
1-3 Creating Surface Welding Connection Properties
2-1 Creating Nodes to Nodes Connection Properties
2-2 Creating Node Interface Properties
4-2-1-5 Virtual Parts, Masses
And Restraints
4-2-1-5-1 Virtual Parts
1- Creating Rigid Virtual Parts
2- Creating Smooth Virtual Parts
3- Creating Contact Virtual Parts
4- Creating Rigid Spring Virtual Parts
5- Creating Smooth Spring Virtual Parts
6- Creating Periodicity Conditions
4-2-1-5-2 Mass Equipments
1- Creating Distributed Masses
2- Creating Line Mass Densities
3- Creating Surface Mass Densities
4- Inertia on Virtual Part
4-2-1-5-3 Restraints
1- Creating Clamps
2- Creating Surface Sliders
3- Creating Ball Joins
4- Creating Sliders
5- Creating Pivots
6- Creating Sliding Pivots
7- Creating User-defined Restraints
8- Creating Iso-static Restraints
4-2-1-6 Loads
4-2-1-6-1 Forces
1- Creating Pressures
2- Creating Distributed Forces
3- Creating Moments
4- Creating a Bearing Load
5- Importing Forces
6- Importing Moments
4-2-1-6-2 Force Densities
1- Creating Line Force Densities
2- Creating Surface Force Densities
3- Creating Volume Force Densities
4- Creating Force Density
4-2-1-6-3 Body Motion, Displacements And Temperature
1-1 Creating Accelerations
1-2 Creating Rotation Forces
2- Creating Enforced Displacements
3- Temperature
4-2-2 Results (Post-Processing)
4-2-2-1 Creating Groups
1- Grouping (Points-Lines-Surfaces-Bodies-BOX and Sphere)
2- Grouping (Points-Lines-Surfaces) by Neighbourhood
3- Creating Groups under a Mesh Part
4- Analyze Group
4-2-2-2 Envelop Case Sets
And Sensors
1-1 Defining an Envelop Set
1-2 Adding Envelop Types
1-3 Editing an Envelop Type
2-1 Creating Global Sensors
2-2 Creating Local Sensors
2-3 Creating Reaction Sensors
4-2-2-3 Results Computation
1- Permanent and Temporary External Storage
2- Computing Objects Sets
3- Computing Static Constrained Solutions
4- Computing Buckling Solutions
5- Computing Envelop Solutions
6- Computing Harmonic Dynamic Response Solutions
7- Computing Transient Dynamic Response Solutions
4-2-2-4 Results Visualization
1- Visualizing Deformations
2- Visualizing Von Mises Stresses
3- Visualizing Displacements
4- Visualizing Principal Stresses
5- Visualizing Precisions
6- Generating Reports
7- Reading a Historic of Computation
8- Elfini Solver Log
9- Animating Images
10- Cut Plane Analysis
11- Amplification Magnitude
12- Creating Extrema
13- Editing the Colour Palette
14- Images Layout
15- Simplifying Representation
16- Generating Images
4-2-2-5 Generating 2D Display
1- Generating a 2D Display for Modulation
2- Generating a 2D Display for Dynamic Response Solution
3- Generating a 2D Display for Sensor
4- Editing 2D Display Parameters
5- DMU Realistic Rendering
5-1 Real Time Rendering
5-1-1 Quick Course
1- Applying Materials And Quick Introduction
5-1-1 Quick Course
1- Applying Materials And Quick Introduction
5-1-2 Detailed Course
5-1-2-1 Material
1- Applying a Material
2- Modifying Material Lighting Properties
3- Modifying Material Texture Properties
4- Copying Material Rendering Parameters
5- Replacing a Material Link
6- Finding Materials
7- Copying And Pasting Materials Using Paste And Paste Special
8- Defining Reflection Settings
9- Activating And Deactivating Material Reflections
10- Setting Priority Between a Part and a Product
5-1-2-2 Light Source, Camera
And Views
1- Creating a Camera And Using the Camera Commands Toolbar
2- Editing the View Angle
3- Creating a Multi-View
4-1 Creating a Light Source
4-2 Adjusting Light Source Parameters
4-3 Using the Light Commands Toolbar
4-4 Creating Real Time Shadows
4-5 Creating Object-to-Object Shadow
5-1-2-3 Animation, Environment, Stickers And Managements
1- Stickers
2-1 Creating a Turntable And Create Basic Simulation
2-2 Animating Scene Elements in a Simulation
2-3 Using the Player
2-4 Generating a Video
3-1 Creating a Standard Environment
3-2 Creating a One-Face Sphere Environment
3-3 Defining the Wallpaper
3-4 Configuration Of Environment Reflections
3-5 Browsing the Scene Catalogue
3-6 Browsing the Scene Catalogue
4- Work on Materials and Materials Family
5- Sending Material Texture Images
1- Stickers
2-1 Creating a Turntable And Create Basic Simulation
2-2 Animating Scene Elements in a Simulation
2-3 Using the Player
2-4 Generating a Video
3-1 Creating a Standard Environment
3-2 Creating a One-Face Sphere Environment
3-3 Defining the Wallpaper
3-4 Configuration Of Environment Reflections
3-5 Browsing the Scene Catalogue
3-6 Browsing the Scene Catalogue
4- Work on Materials and Materials Family
5- Sending Material Texture Images
5-2 Photo Studio
1- Entering The Photo Studio Workbench
2- Creating an Area Light Source
3- Using Render Shooting
4- Using Render Shooting And Managing the Environment
5- Setting The Parameters To Create Shooting
6- Defining a Scene
7-1 Tuning Scene (Light Sources)
7-2 Tuning Scene (Materials)
5-3 Photo Studio Optimizer
1- Basic Example
2- Creating Global Illumination
3- Creating Caustics
4- Using Depth of Field
5- Applying a Glow Effect
6- Creating a Cartoon Effect
7- The 3D Textures
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