Podcast
Questions and Answers
What is the most common type of forging due to the need to reduce strength and increase ductility of work metal?
What is the most common type of forging due to the need to reduce strength and increase ductility of work metal?
- Cold forging
- Impression-die forging
- Hot or warm forging (correct)
- Open-die forging
Which forging type allows metal to flow laterally without constraint?
Which forging type allows metal to flow laterally without constraint?
- Flash-less forging
- Cold forging
- Impression-die forging
- Open-die forging (correct)
Which forging type creates flash in the gap between die plates?
Which forging type creates flash in the gap between die plates?
- Open-die forging
- Hot or warm forging
- Flash-less forging
- Impression-die forging (correct)
In which extrusion type is the work metal forced to flow through a die opening to produce a desired cross-sectional shape?
In which extrusion type is the work metal forced to flow through a die opening to produce a desired cross-sectional shape?
Which process involves reducing the cross-section of a bar, rod, or wire by pulling it through a die opening?
Which process involves reducing the cross-section of a bar, rod, or wire by pulling it through a die opening?
Study Notes
Forging Types
- Annealing is the most common type of forging, used to reduce strength and increase ductility of work metal.
Open-Die Forging
- Allows metal to flow laterally without constraint.
Closed-Die Forging
- Creates flash in the gap between die plates.
Extrusion
- Involves forcing work metal to flow through a die opening to produce a desired cross-sectional shape.
Drawing
- Involves reducing the cross-section of a bar, rod, or wire by pulling it through a die opening.
Studying That Suits You
Use AI to generate personalized quizzes and flashcards to suit your learning preferences.
Description
Learn about the different types of forging processes and their characteristics, including hot forging and cold forging. Understand the advantages and applications of each forging method, as well as the types of forging dies used in the industry.
