Learn to analyze forming processes, evaluate parameters, and diagnose defects through applied scenarios in this self-paced course.
4. Mechanical Metallurgy-Rolling
Full Code
MET0105TA220
Module Type
E-learning
Description
Short description:
Learn to analyze forging methods and evaluate process parameters through applied scenarios in this self-paced module.
Long description:
This module explores forging as a primary metal forming process, emphasizing its principles, variations, and key operational parameters. Learners examine how compressive forces shape materials into desired forms, distinguishing between open-die and closed-die forging methods. The module analyzes critical factors such as temperature, strain rate, friction, and die design, highlighting their influence on material flow, mechanical properties, and product integrity. Through applied examples and interactive activities, participants interpret how forging parameters affect defects, grain structure, and overall performance of forged components. Knowledge checks reinforce the ability to connect theoretical concepts with industrial applications, positioning this module as a vital part of metal forming and manufacturing engineering learning paths.
What you will learn
- Describe the principles of the forging process and its role in metal forming operations
- Differentiate between open-die and closed-die forging methods based on process characteristics
- Analyze the influence of forging parameters on material flow and mechanical properties
- Evaluate the effects of temperature, strain rate, and friction in forging processes
- Determine suitable forging conditions for specific manufacturing applications
Module content
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