TRAINING IN WELDING TECHNOLOGY
FURTHER TRAINING
Materials science is an important part of materials science that deals with the structure, properties and processing methods of materials. This discipline is used to identify and optimize the best possible materials for a particular design in order to achieve the highest possible performance and quality.
Materials science examines both the chemical and mechanical properties of materials and is crucial in determining the structure and quality of constructions.
The course of training and the duration of training depend on the trainee’s level of experience
Training content
Fundamentals of materials science
- Importance of materials science in technology
- Material structure
- Material properties
- Requirements for materials
Metallic materials
- Metallurgy
- Structure of the crystals
- Consolidation mechanisms
- Alloys
Alloy Iron Carbon
- Iron – Carbon – Diagram
- Cooling curves
- Influence of carbon
Steels
- Production and classification
- Steels for general use
- EN 10025
- High-strength steels
- Heat-resistant steels
- Cast steel
High-alloy steels
- Production and classification
- Applications
- Alloying elements
- Ferrite former
- Austenite former
- Corrosion resistance
Heat treatment
- Annealing process
- Hardening
- Remuneration
- Thermomechanical processes
- Surface hardening
Corrosion and corrosion protection
- Basics
- Chemical corrosion
- Physical metal corrosion
- Electrochemical corrosion
- Types of corrosion and corrosion phenomena
- Corrosion protection
Materials testing
- Tasks of materials testing
- Material characteristics
- Load types
- Non-destructive material testing
- Destructive material testing
- Quality control
