IMAT/Teaching/Courses

winter term 2024

LV-Nr.
Titel
SWS
Art
Semester
303.001
Werkstofftechnik 1 (Fügetechnik & Pulvermetallurgie)
SWS
3
Art
VO
Semester
WS
303.002
Werkstofftechnik 2 (Gießereitechnik & Umformtechnik)
SWS
3
Art
VO
Semester
WS
303.012
Werkstoffkunde Stahl
SWS
2
Art
VO
Semester
WS
303.016
Bruchmechanik
SWS
2
Art
VO
Semester
WS
303.018
Auslegung und Berechnung Schweißtechnischer Konstruktionen
SWS
4
Art
VU
Semester
WS
303.020
Oberflächentechnik und Verschleiß
SWS
2
Art
VO
Semester
WS
303.021
Ausgewählte Kapitel der Werkstofftechnik
SWS
2
Art
VU
Semester
WS
303.029
Economic and Ecological Technology Management
SWS
2
Art
VU
Semester
WS
303.035
Schweißverfahren
SWS
2
Art
VO
Semester
WS
303.041
Sonderschweißverfahren (mit Exkursion)
SWS
2
Art
VO
Semester
WS
303.045
Korrosion und Korrosionsschutz
SWS
2
Art
VO
Semester
WS
303.085
Angewandte Schweißtechnologie
SWS
2
Art
VO
Semester
WS
303.087
Materials Engineering Laboratory
SWS
3
Art
LU
Semester
WS
303.088
Laborübung Werkstofftechnik
SWS
3
Art
LU
Semester
WS
303.116
Werkstoffwahl
SWS
2
Art
VU
Semester
WS
303.129
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 1
SWS
3
Art
PV
Semester
WS
303.130
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 1
SWS
3
Art
PV
Semester
WS
303.131
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 1
SWS
3
Art
PV
Semester
WS
303.139
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 1
SWS
3
Art
PV
Semester
WS
303.141
Wissenschaftliche Arbeiten auf dem Gebiet der Leichtbau- und Umformtechnologien 1
SWS
3
Art
PV
Semester
WS
303.151
Fügetechnik
SWS
2
Art
VO
Semester
WS
303.153
Zerstörungsfreie Prüfverfahren
SWS
2
Art
VU
Semester
WS
303.155
Advanced Processing Technologies (IMAT)
SWS
3
Art
VO
Semester
WS
303.200
Selected Topics in Materials, Joining and Forming
SWS
2
Art
VU
Semester
WS
303.201
PhD Seminar: Digital manufacturing of sheet metal components – modeling of sheet behavior and the related factors
SWS
0.3
Art
SE
Semester
WS
CHE.515.UF
Material Science I - An Introduction
SWS
2
Art
VO
Semester
WS
CHE.572.UF
Corrosion and Corrosion Protection of Metallic Materials
SWS
2
Art
VO
Semester
WS
MAS.010.UF
Basic Laboratory for Advanced Materials Science
SWS
2.67
Art
LU
Semester
WS
MAS.030.UF
Introduction to Materials Science
SWS
2
Art
VO
Semester
WS
MAS.040.UF
Introduction to Modelling and Simulation
SWS
2
Art
VU
Semester
WS
MAS.110.UF
Materials Production and Processing
SWS
2
Art
VO
Semester
WS
MAS.190._0U.F
Project Laboratory
SWS
8
Art
PT
Semester
WS
MAS.250.UF
Joining Technology
SWS
2
Art
VO
Semester
WS
MAS.255.UF
Werkstoffkunde Stahl für Advanced Materials Science
SWS
1.33
Art
VO
Semester
WS
MAS.275.UF
Fracture Mechanics for Advanced Materials Science
SWS
1.33
Art
VO
Semester
WS
MAS.282.UF
Materials Selection
SWS
2
Art
VU
Semester
WS
MAS.283.UF
Surface Technology and Wear
SWS
2
Art
VO
Semester
WS
MAS.285.UF
Materials and the Environment
SWS
2
Art
VU
Semester
WS
MAS.295.UF
Topics in Metals and Ceramics (Dissimilar materials bonding technology for industrial applications)
SWS
2
Art
VO
Semester
WS

summer term 2025

LV-Nr.
Titel
SWS
Art
Semester
303.003
Werkstoffkunde
SWS
4.5
Art
VO
Semester
SS
303.004
Werkstoffkunde
SWS
1.5
Art
LU
Semester
SS
303.011
Schweißen von Nichteisenmetallen und Kunststoffen
SWS
2
Art
VO
Semester
SS
303.033
Schadensanalyse
SWS
2
Art
VU
Semester
SS
303.034
Bachelor Projekt MB
SWS
8
Art
PT
Semester
SS
303.036
Bachelor-Projekt WIMB
SWS
8
Art
PT
Semester
SS
303.101
Moderner Karosseriebau
SWS
2
Art
VO
Semester
SS
303.113
Process Simulation of Manufacturing Technologies
SWS
3
Art
VU
Semester
SS
303.115
Qualitätssicherung in der Schweißtechnik
SWS
2
Art
VO
Semester
SS
303.117
Modellbildung und Simulation in der Produktionstechnik
SWS
2
Art
VU
Semester
SS
303.134
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 2
SWS
3
Art
PV
Semester
SS
303.135
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 2
SWS
3
Art
PV
Semester
SS
303.136
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 2
SWS
3
Art
PV
Semester
SS
303.140
Wissenschaftliche Arbeiten auf dem Gebiet der Werkstoff- und Schweißtechnik 2
SWS
3
Art
PV
Semester
SS
303.142
Wissenschaftliche Arbeiten auf dem Gebiet der Leichtbau- und Umformtechnologien 2
SWS
3
Art
PV
Semester
SS
303.182
Kunst- und Verbundwerkstoffe
SWS
2
Art
VO
Semester
SS
303.189
Kleben und Löten im Maschinenbau
SWS
2
Art
VO
Semester
SS
303.200
Selected Topics in Materials, Joining and Forming
SWS
2
Art
VU
Semester
SS
303.210
Plasticity and Forming Processes
SWS
2
Art
VO
Semester
SS
MAS.120.UF
Modelling and Simulation for Advanced Materials Science
SWS
2
Art
VU
Semester
SS
MAS.190._0U.F
Project Laboratory
SWS
8
Art
PT
Semester
SS
MAS.210.UF
Plasticity and Forming Processes
SWS
2.67
Art
VO
Semester
SS
MAS.245.UF
High-performance Metals and Alloys
SWS
1.33
Art
VO
Semester
SS
MAS.260.UF
Failure Analysis
SWS
2
Art
VU
Semester
SS
MAS.284.UF
Additive Manufacturing and Joining Techniques in Aviation
SWS
2
Art
VO
Semester
SS
MAS.295.UF
Topics in Metals and Ceramics
SWS
2
Art
VO
Semester
SS

Dissimlar materials bonding technology for industrial applications

Prof. Dr. Andrea Silvana Sommadossi Univ. Nac. Comahue / Head of IITCI CONICET-UNCo - Argentinia will held the the lecture "Dissimlar materials bonding technology for industrial application" for

MAS.295UF Topics in Metals and Ceramics
and
303.021 Ausgewählte Kapitel der Werkstofftechnik

Course description

  • Introduction on bonds types, materials and applications.
  • Transient Liquid Phase Bonding (TLPB) as an alternative technology for gas&oil, energy power plants, electronics, aerospace and medical application fields.
  • Basic phenomena, models, diffusion-reaction binary couples, driving force
  • Model for Diffusion Coefficients: Wagner's Model
  • TLPB Process Set Up, manufacturing parameters influence on microstructure, thermal and chemical gradients.
  • Bond characterization techniques and mechanical testing
  • Bonding Different-Base Alloys; Bonding Ceramics to Ceramics; Bonding Ceramics to Metals.
  • TLPB for Fe, Ni, Ti and Cu-based alloys
  • Laboratory Practices for TLPB manufacture and characterization

former lectures and guest lectures

Topics in Metals and Ceramics #4

Prof. Fernando Diego Carazo from National University of San Juan / Head of Materials Laboratory at IMA-FI-UNSJ - Argentinia will held the 4th lecture in Topics in Metals and Ceramics.

Course description

The purpose of this course is to acquaint the student with a selected set of physically based crystalplasticity theory in order to understand and set up various modeling considering plastic deformation of metals at the meso-scale. Along the course the students will learn about the mathematical basis of kinematics of crystalline deformation, crystal plasticity criterion, hardening rules for crystalline slip, constitutive laws for elastic-plastic crystals and polycrystal deformation models. The theory, and computational and analytical problems solved will be applied to solve a selected cases of plastic deformation of metals and alloys with diff erent crystal structure and initial texture, the selection of the slip system, a constitutive strain hardening law and elastic-plastic constitutive law using mean field models and/or commercial fi nite element programs.

›› open for registration in TUGraz online

Additive Manufacturing and Joining Techniques in AVIATION

Prof. Sergio Amancio / BMVIT Endowed Professorship for Aviation will give the 2nd lecture in Additive Manufacturing and Joining Techniques in Aviation starting with March 2022.

further information and registration in TU Graz online

Topics in Metals and Ceramics #3

Dr. Andrea Silvana Sommadossi Univ. Nac. Comahue / Head of IITCI CONICET-UNCo - Argentinia will held the 3rd lecture Topics in Metals

Course description

• Introduction: bonds types, applications
• TLPB simple model: solid solution
• TLPB complex model: intermetallics
• Diffusion-reaction binary couples - Driving Force
• Model for Diffusion Coefficients: Wagner’s Model
• TLPB Process Set Up
• Bond characterization techniques
• TLPB for Lead-free solders and Ni-based superalloys

Selected Topics in Materials, Joining and Forming #1

Prof. Herman Nied - Professor of Mechanical Engineering and Mechanics at Lehigh University, USA will held the 1st lecture Selected Topics

Course description:

 

The course focuses on the determination of residual stresses in welded and plastically formed structures and the related fatigue and fracture behavior in such manufactured components. After a review of the basic mechanics and material issues, modern computational techniques used for the prediction of residual stresses and distortion in forming and fusion metal deposition processes such as: gas metal arc welding, laser welding, wire arc additive manufacture, will be examined. The mechanics of fatigue and fracture in formed, welded and diffusion bonded load-bearing structures will be developed with specific examples obtained from selected failure case histories. Advanced fracture mechanics computational tools will be introduced and made available to the students for the simulation of 3D crack growth behavior in structures subjected to combined residual stresses, external alternating loads, thermal stresses, and mechanical shock.

further information and registration in TU Graz online

guestlecture Dr. Yassar Ghanimi

Dr. Yassar Ghanimi from Andritz will give a guestlecture in the topic failure analysis

guest lecture Dr. Sorin Keller

Dr. Sorin Keller will give lecture on 12 November 2019.

guest lecture Prof. Patricio Mendez

Prof. Patricio Mendez will give lecture at Modelling and Simulation on 22 May 2019.

further information

guest lecture in Advanced Processing Technologies

Prof. Majid Ayatollahi will give lecture at APT on 30 April 2019 from 13:00 - 16:00.

further information

further Information
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Institute of Material Science, Joining and Forming
Claudia Schwinzerl
claudia.schwinzerlnoSpam@tugraz.at
phone: +43 316 873 7181

Working Group Lightweight and Forming Technologies
Eva Keinrath
eva.keinrathnoSpam@tugraz.at
phone: +43 316 873 9441