AGRICULTURE
Basic Formability
3-Day Course
The objective of this course is to understand the inputs into a stamping operation and how to interpret the results. The effects of parameters such as geometry, material properties, press curves, and binder & blank holder capabilities are thoroughly discussed. It teaches the fundamentals of analyzing a part by understanding its markings and how to evaluate its severity.
Course Outline
1.0 Understanding Material Properties
1.2 How a Stamping Holds its Shape
1.3 Effect of n and r-Values on Forming
1.4 Typical, n, r and Yield Strength for Different Materials
Course Outline
1.0 Understanding Material Properties
1.2 How a Stamping Holds its Shape
1.3 Effect of n and r-Values on Forming
1.4 Typical, n, r and Yield Strength for Different Materials
2.0 Circle Grid and Thinning Strain Analysis
2.1 Use of Circle Grid and Thinning Strain Analysis
2.2 How to Apply Circle Grids
2.3 Determining and Plotting Major and Minor Strains
2.4 Concept of Forming Limit Diagram
2.5 Determining the Position of the Forming Limit Curve for Different Materials
2.6 Interpretation of Results
2.7 How to Perform Thinning Strain Analysis
2.8 Benefits of Thinning Strain Analysis (TSA)
2.1 Use of Circle Grid and Thinning Strain Analysis
2.2 How to Apply Circle Grids
2.3 Determining and Plotting Major and Minor Strains
2.4 Concept of Forming Limit Diagram
2.5 Determining the Position of the Forming Limit Curve for Different Materials
2.6 Interpretation of Results
2.7 How to Perform Thinning Strain Analysis
2.8 Benefits of Thinning Strain Analysis (TSA)
3.0 Overview of the Press
3.1 Press Terminology
3.2 Type of Presses
3.3 Countermeasures for Forming Related Issues
4.0 Understanding Stamping Dies
4.1 Terminology of a Stamping Die
4.2 Types of Stamping Dies
4.3 Die/Press Combination
5.0 Understanding the Markings on a Component
3.1 Press Terminology
3.2 Type of Presses
3.3 Countermeasures for Forming Related Issues
4.0 Understanding Stamping Dies
4.1 Terminology of a Stamping Die
4.2 Types of Stamping Dies
4.3 Die/Press Combination
5.0 Understanding the Markings on a Component
5.1 Introduction
5.2 Definition of Terms
5.3 Movement of Punch and Die Impact Lines or Feature Lines
5.4 Positioning of Drawbeads and Material Movement Through Them
5.5 Understanding Scrap and Offal
5.6 Die Factors That Can Effect Product Quality
5.7 Group Exercise to Identify Markings
6.0 Types of Defects
5.2 Definition of Terms
5.3 Movement of Punch and Die Impact Lines or Feature Lines
5.4 Positioning of Drawbeads and Material Movement Through Them
5.5 Understanding Scrap and Offal
5.6 Die Factors That Can Effect Product Quality
5.7 Group Exercise to Identify Markings
6.0 Types of Defects
6.1 Introduction
6.2 Splitting Defects
6.3 Wrinkling Defects
6.4 Defects Due to High and Lows
6.5 Stiffness and Dent Resistance
6.6 Group Exercise to Identify Defective Areas
7.0 Measuring the Formability of Stampings
7.1 Understanding the Evaluation of Complex Panels
7.2 Formability Guidelines for Local Features
7.3 Formability Guidelines for Regional Features
7.4 Global Analysis of a Panel
6.2 Splitting Defects
6.3 Wrinkling Defects
6.4 Defects Due to High and Lows
6.5 Stiffness and Dent Resistance
6.6 Group Exercise to Identify Defective Areas
7.0 Measuring the Formability of Stampings
7.1 Understanding the Evaluation of Complex Panels
7.2 Formability Guidelines for Local Features
7.3 Formability Guidelines for Regional Features
7.4 Global Analysis of a Panel
Who should attend?
Tooling Supervisors, Tooling and Quality Engineers, and Tool and Die Makers
Upcoming Training Sessions
Stamping of Aluminum Panels – 1 day
June 13, 2023 @ ONLINE
Fundamentals of Transfer and Progressive Die Design – 2 days
June 14-15, 2023 @ ONLINE
Advanced Formability – 2 days
June 20-21, 2023 @ ONLINE
Draw Die Development – 2 days
September 19-20, 2023 @ ONLINE
Estimating Stampings & Engineering Changes –
1 day
September 21, 2023 @ ONLINE
The Tryout & Buyoff of Dies – 2 days
September 26-27, 2023 @ ONLINE
Basic Formability – 3 days
November 7-9, 2023 @ ONLINE
Metal Stamping Training
FTI offer many stamping courses ranging from Formability, Die Design, Draw Die Development, Process Planning, Die Buyoff & Tryout, & Aluminium Panels.
Contact us
Forming Technologies, a division
Hexagon Manufacturing Intelligence Canada Limited
555 Michigan Drive, Unit 200
Oakville, Ontario L6L 0G4
Canada
T: +1.905.340.2997