Engineering Steels: Learn to analyse plain carbon steels by linking composition, heat treatment, and mechanical performance for industrial and manufacturing applications.
Effects of Thermal Treatments and Applications on Plain Carbon Steels
Full Code
APP0301210
Module Type
E-learning
Description
Short description:
Heat Treatment of Carbon Steels: Learn to evaluate quenching, tempering, and hardenability effects on plain carbon steels and their industrial applications in this self-paced module.
Long description:
This module explores how thermal treatments influence the mechanical properties and industrial performance of plain carbon steels. Learners examine the relationships between carbon content, hardenability, martensite formation, and resulting hardness levels. The module focuses on quenching and tempering processes, explaining how these treatments modify strength, ductility, toughness, and brittleness to meet application requirements. Learners also analyse steel product forms such as bars, wires, and steel ropes, along with tooling applications and surface defects.
What you will learn
- Interpret the relationship between carbon content and martensite hardness in plain carbon steels.
- Explain how quenching and tempering processes modify mechanical properties and hardenability.
- Analyse the influence of tempering temperature and time on strength, ductility, and toughness.
- Identify heat-treated carbon steels suitable for tooling and industrial applications.
- Evaluate surface defects and product forms such as bars, wires, and steel ropes in relation to processing methods.
Module content
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