Student Theses

  student writing Copyright: Martin Braun

At the Steel Institute students are given the opportunity to carry out studies, bachelor and master theses in the scientific environment. Students are not only able to explore a topic on their own, but also make an important contribution to current research topics. An overview of the theses offered by the institute you see here.

Showing 1 - 23 of 23 Results

  • Paper Title
    Type of Paper
    Subject Area
    WEB
    PDF
  • Simulation des Hochtemperaturverhaltens von Hoch-Mangan-Stahl unter mechanischer Belastung
    Term Paper Master Thesis
    F5
    [522310]
     
    Link to PDF
  • Vergleich mechanischer Belastungen auf den Stahlstrang in verschiedenen Stranggießanlagentypen
    Term Paper Bachelor Thesis Master Thesis
    F5
    [522310]
     
    Link to PDF
  • Optimierung des Brennschneideverfahrens beim Stranggießen von Stahl
    Master Thesis
    F4;F5;F5.2
    [522310]
    Link to Webpage
    Link to PDF
  • Simulation of Additive Manufacturing of High Manganese Steels
    Bachelor Thesis Master Thesis Project Work
    F4;F5
    [522110]
    Link to Webpage
    Link to PDF
  • Untersuchung des Einflusses verschiedener Gefügeparameter auf die Spannungsfelder in Mikrostrukturen von Dualphasenstählen
    Bachelor Thesis Master Thesis
    F5.2;F1.1
    [522520]
    Link to Webpage
    Link to PDF
  • Darstellung der charakteristischen Mikrostruktur eines Dualphasen Stahls mit machine learning Algorithmen
    Master Thesis
    F5.2;F1.1
    [522520]
    Link to Webpage
    Link to PDF
  • Validation of hot rolling model for DP steels using thermomechanical treatment simulator (TTS) and tensile tests
    Term Paper Project Work
    F5.2
    [522110]
    Link to Webpage
    Link to PDF
  • Cryobehandlung von Einsatzstählen
    Term Paper Bachelor Thesis Diploma Thesis Master Thesis Project Work
    F5;F5.2
    [522110]
    Link to Webpage
    Link to PDF
  • Mechanisms of void formation through various stress-states in two different DP1000 steels
    Term Paper
    F5.2
    [522520]
    Link to Webpage
    Link to PDF
  • Numerische Untersuchung des Einflusses von variablen Einschlussparametern in Hinblick auf das wasserstoffinduzierte Versagen von niedriglegierten Stählen
    Bachelor Thesis
    F5.2
    [522520]
    Link to Webpage
    Link to PDF
  • Einfluss der Schädigungsentwicklung in IF-Stählen auf die Darstellbarkeit durch numerische Simulationen
    Bachelor Thesis Master Thesis
    F5.2
    [522520]
    Link to Webpage
    Link to PDF
  • Simulation of the cyclic tests with the damage mechanics model
    Contact:
    Bachelor Thesis
    F5.2
    [522520]
    Link to Webpage
    Link to PDF
  • Verformmungsinduzierte Ausscheidung intermetallischer Phasen in hochwarmfesten ferritischen Stählen
    Term Paper Bachelor Thesis Master Thesis
    F5.2
    [522110]
    Link to Webpage
    Link to PDF
  • Optimierung einer expliziten FEM Materialsubroutine für den Solver ABAQUS
    Master Thesis
    F4;F5.2;F1.1
    [522520]
    Link to Webpage
    Link to PDF
  • Optimization of an explicit FEA material subroutine for the solver ABAQUS
    Master Thesis
    F4;F5.2;F1.1
    [522520]
    Link to Webpage
    Link to PDF
  • Finite Element Simulation of Edge Fracture Considering the Residual Damage from Blanking
    Term Paper Bachelor Thesis
    F5.2
    [522520]
    Link to Webpage
    Link to PDF
  • The Effect of Damage Parameters on Cutting Processes
    Term Paper Bachelor Thesis
    F5
    [522520]
    Link to Webpage
    Link to PDF
  • Quantification of Damage Accumulation Resulting from Blanking in Dual Phase Steel
    Term Paper
    F5.2
    [522520]
    Link to Webpage
    Link to PDF
  • Investigating the fracture behavior of high- and medium-manganese steels under impact conditions
    Master Thesis
    F5.2
    [522110]
     
    Link to PDF
  • Einsatzhärten durch Aufkohlen und Bainitisieren (Case hardening through combined carburizing and austempering)
    Term Paper Bachelor Thesis Diploma Thesis Master Thesis
    F5
    [522110]
    Link to Webpage
    Link to PDF
  • Investigation of heat treatment process parameters on the surface hardness of the Carbo-Austempered samples
    Term Paper Bachelor Thesis Project Work
    F5
    [522110]
    Link to Webpage
    Link to PDF
  • Entwicklung einer Methode zur Mikrostrukturuntersuchung anhand von dreidimensionalen repräsentativen Volumenelementen
    Master Thesis
    F4;F5
    [522520]
    Link to Webpage
    Link to PDF
  • The influence of element size on the damage evolution during blanking process
    Master Thesis
    F4;F5
    [522520]
    Link to Webpage
    Link to PDF