Learn to analyze forming processes, evaluate parameters, and diagnose defects through applied scenarios in this self-paced course.
5. Mechanical Metallurgy - Forging
Full Code
MET0105TA225
Module Type
E-learning
Description
Short description:
Learn to analyze drawing parameters and evaluate material deformation through applied scenarios in this self-paced module.
Long description:
This module examines the drawing process as a metal forming technique used to reduce cross-sectional area and improve dimensional accuracy through tensile forces. Learners explore how materials are pulled through dies to produce wires, rods, and tubes with precise geometries. The module analyzes key parameters such as drawing force, friction, reduction ratio, and lubrication, emphasizing their impact on surface finish, mechanical properties, and process efficiency. Through applied scenarios and interactive content, participants interpret how parameter adjustments influence defects and product quality. Practice activities and assessments reinforce the ability to connect theoretical principles with industrial applications, positioning this module within the broader context of metal forming and manufacturing engineering pathways.
What you will learn
- Describe the principles of the drawing process and its role in metal forming operations
- Differentiate between types of drawing processes based on application and product form
- Analyze the influence of drawing parameters on material deformation and surface quality
- Evaluate the effects of friction, lubrication, and reduction ratio in drawing processes
- Determine appropriate drawing conditions for specific manufacturing requirements
Module content
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