Educational guide 2017_18
Escola de Enxeñaría Industrial
Máster Universitario en Enxeñaría Industrial
 Subjects
  Laser Technology Applied to Industrial Production
   Contents
Topic Sub-topic
SUBJECT 1.- LASER CUTTING 1.1.- Introduction.
1.2.- Characteristics of laser cutting.
1.3.- Types of laser cutting.
1.4.- Mechanisms of laser cutting.
1.5.- Parameters of the process.
1.6.- Influence of different variables in the laser cutting quality.
1.7.- Examples and applications.
SUBJECT 2.- LASER DRILLING 2.1.- Introduction.
2.2.- Characteristics of laser drilling.
2.4.- Mechanisms of laser drilling.
2.5.- Parameters of the process.
2.6.- Influence of different variables in the process.
2.7.- Examples and applications.
SUBJECT 3.- LASER MARKING 3.1.- Introduction.
3.2.- CharacteristicS of laser marking.
3.4.- Mechanisms of laser marking.
3.5.- Parameters of the process.
3.6.- Influence of different variables in the process.
3.7.- Examples and applications.
SUBJECT 4.- LASER WELDING 4.1.- Basic principles.
4.2.- Parameters of processing.
4.3.- Types of laser welding.
4.4.- Conduction welding.
4.5.- Penetration welding.
4.6.- Welding of dissimilar materials.
4.7.- Hybrid welding.
4.8.- Examples and applications.
SUBJECT 5.- LASER SURFACE TREATMENTS 5.1.- Introduction.
5.2.- Laser surface hardening.
5.3.- Laser assisted surface coating.
5.4.- LCVD.
5.5.- PLD.
5.6.- Laser cladding.
5.7.- Laser surface alloying.
5.8.- Other laser assisted surface treatments.
SUBJECT 6.- LASER ASSISTED RAPID PROTOTYPING. 6.1.- Introduction and glossary.
6.2.- Fundamentals of laser assisted prototyping.
6.3.- Rapid prototyping techniques.
6.4.- Selective laser sintering.
6.4.1.- Experimental system.
6.4.2.- Materials.
6.4.3.- Applications.
6.5.- Laminated object manufacturing.
6.6.- Direct light Fabrication-Laser engineered net shaping process- laser consolidation
6.7.- Comparison of laser assisted rapid prototyping systems
SUBJECT 7.- INDUSTRIAL LASER SYSTEMS 7.1.- High power lasers.
7.2.- Industrial laser sources.
7.3.- Laser assisted processing systems.
7.4.- Industrial components for laser guiding.
7.5.- Laser working heads.
7.6.- Process sensors.
7.7.- Working stations.
SUBJECT 8.- SAFETY IN INDUSTRIAL LASER SYSTEMS 8.1.- Hazards derived from the utilisation of lasers.
8.2.- Biological effects.
8.2.1.- Ocular damages.
8.2.2.- Damages to the skin.
8.3.- Hazards associated to laser system.
8.4.- Hazards associated to laser process.
8.5.- Classification of systems laser according to safety criteria.
8.6.- Hazard prevention.
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