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Gas metal arc welding
This course is in all assigned curricula part of the STEOP.
This course is in at least 1 assigned curriculum part of the STEOP.
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2019W, LU, 4.0h, 4.0EC
Properties
Semester hours: 4.0
Credits: 4.0
Type: LU Laboratory Exercise
Learning outcomes
After successful completion of the course, students are able to put the teaching content into practice, as eg. Safety and security, welding processes, introduction into gas metal arc welding (MAG, MIG, filler wire, TIG), gas welding and cutting, cutting and weld preparation, welding positions and joint preparation, quality control during production, practical exercises: welding procedure specification, education of welders, welding equipment, measurement, control, and registration of welding data, types of defects and evaluation, welding laboratory, welding exam (MAG or TIG), autogenous welding and cutting, TIG or metal arc welding (MIG/MAG, solid, filler wire), demonstrations: autogenous welding and cutting, brazing, plasma welding and cutting, submerged arc welding, resistance welding, friction welding, electron beam welding, laser welding, other welding processes
Subject of course
Safety and security, welding processes, introduction into gas metal arc welding (MAG, MIG, filler wire, TIG), gas welding and cutting, cutting and weld preparation, welding positions and joint preparation, quality control during production, practical exercises: welding procedure specification, education of welders, welding equipment, measurement, control, and registration of welding data, types of defects and evaluation, welding laboratory, welding exam (MAG or TIG), autogenous welding and cutting, TIG or metal arc welding (MIG/MAG, solid, filler wire), demonstrations: autogenous welding and cutting, brazing, plasma welding and cutting, submerged arc welding, resistance welding, friction welding, electron beam welding, laser welding, other welding processes
Teaching methods
Submission of a (seminar) paper, introduction into the use of the corresponding standards und software applications, group work, discussion and presentation of case studies, …
Mode of examination
Written and oral
Lecturers
Felber, Sonja
Brandstetter, Georg
Glantschnig, Elias
Bauer, Christoph
Kidery, Gerhard
Institute
E207 Institute of Material Technology, Building Physics, and Building Ecology
Course dates
Day
Time
Date
Location
Description
Wed
15:00 - 17:00
30.10.2019
Prechtlsaal, Karlsplatz 13, ground floor
Registration only at the introduction lecture
Examination modalities
Written, oral, and practical exam to verify, if the teaching contents are fulfilled.
Course registration
Begin
End
Deregistration end
30.10.2019 15:00
30.10.2019 17:00
Registration modalities
Compulsory attendance at the introduction lecture!
Curricula
Study Code
Obligation
Semester
Precon.
Info
033 265 Civil Engineering
Elective
066 505 Civil Engineering Science
Elective
610 FW Elective Courses - Civil Engineering
Elective
ALG For all Students
Not specified
Literature
Lecture notes for this course are available. Kopishop der TU Wien
Miscellaneous
Attendance Required!
Language
if required in English