Catia Pro – Creating Parts Course Catia 5 Video Tutorials

Catia Pro – Creating Parts Course Catia 5 Video Tutorials
Catia Pro – Creating Parts Course Catia 5 Video Tutorials | 5.31GB275 fully illustrated tutorials (Video and Audio Narrations) with more than 12.48 Hours of viewing time. Shows all possible details, from very beginning to advanced level. Academic Learning Style. Demonstrating every mouse click along the way, and using class room training methods. Goes through every subject, and shows every possible practical tips and design aspects. Courses Covered: * Sketcher And Constraints * Part Design * Wireframe And Surface Design

Install and copy overwrite catia2.exe in Crack folder to
Program FilesCatia ProMCEMCE-Products and Assembly Design
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
1-1-2 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

1-2 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
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

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

1-2-4-3 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

1-2-4-4 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)

1-3 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

1-3-2 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

1-3-2-2 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
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
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