Pro Engineer Creo 2.0 Basic to Advance Video Training in English

Description

Pro Engineer (pro/E) is 3D computer aided design software developed by PTC corporation.

In 2010 , the company has changed its name to creo parametric.

In this course , you will learn about all the basics to advanced tools and commands of the Pro Engineer software.

Main contents of are this course are as following

• 2D Sketch Modelling in Pro Engineer
• 3D Modelling in Pro Engineer
• Drafting and Drawing in Pro Engineer
• Assembly in Pro Engineer
• Sheetmetal in Pro Engineer

This course is designed to give complete & depth knowledge of every tool used to make designed model or drawings with exercises.

In this course you will find all drawings / exercise files used to prepare this DVD course.

Chapter 01- Introduction to Creo Parametric

1. Course Content
2. Versions of pro/E
3. How to Install ( Creo Student Edition )
4. How to Access Project Files
5. User Interface
6. Import and Export Files
7. Pan and Zoom Feature
8. Application Status Bar

Chapter 02 – 2D Sketch Modelling

1. Line
2. Rectangle
3. Circle
4. Arcs
5. Ellipse
6. Part Modelling Introduction
7. Fillet
8. Chamfer
9. Palettes
10. Text
11. Weak and Strong Dimensions

Chapter 03 – 2D Sketch Edit Tools

1. Edit tools -1
2. Edit tools -2
3. Centreline
4. Offset
5. Constraints
6. Auto Constraints
7. Feature Requirements
8. References
9. Dimensioning

Chapter 04 – 3D Modelling

1. Extrude
2. Revolve
3. Sweep
4. Sweep Blend
5. Helical Sweep
6. Blend
7. Spinal Bend
8. Model Tree

Chapter 05 – 3D Modelling Advanced Features

1. Round
2. Chamfer
3. Copy and Paste Feature
4. Hole
5. Draft
6. Mirror
7. Datum planes
8. Datum Axis
9. Datum points and coordinate
10. Datum Curves
11. Ribs
12. Shell
13. Variable Pull Draft Tool

Chapter 06 – Pattern Feature

1. Dimension Pattern
2. Direction Pattern
3. Axis Pattern
4. Fill Pattern
5. Table and Curves Pattern
6. Reference pattern
7. Geometrical pattern
8. Turbo Pattern
9. Toroidal Bend

Chapter 07 – 3D Practice Models

1. Model 1
2. Model 2
3. Model 3
4. Model 4
5. Model 5
6. Model 6
7. Model 7
8. Model 8
9. Bolt 3D

Chapter 08 – Surface Modelling

1. Intersect
2. Merge
3. Extend
4. Trim
5. Fill and Vertex Round
6. Solidify
7. Project
8. Thicken and Offset
9. Boundary Blend
10. Blend Tangent To Surface
11. Flatten Quilt and Deformation
12. Practice Model

Chapter 09 – Drawing and Drafting

1. Adding General Views
2. Projection Views
3. Auxiliary Views
4. Detailed Views
5. Sectional Views
6. Annotations
7. Adding a Note
8. Datum’s
9. Creating and Edit Mapkeys
10. View Manager

Chapter 10 – Assembly

1. Introduction To Assembly
2. Rigid Connection
3. Pin And Slider
4. Piston Head Assembly
5. Servo Motor Mechanism
6. Bill of Material
7. Family Table
8. Parameters
9. Render and Find Tool

Chapter 11 – Sheet metal modelling

1. Flat Wall
2. Flange Wall
3. Rips
4. Corner Relief
5. Punch form
6. Die Form
7. Sketch Form
8. Bend
9. Bend Back
10. Unbend
11. Merge and Offset
12. Notches And Punches
13. Switch to Sheet Metal