Student Theses

  student writing 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.

Hits 1 - 22 from 22 Results

  • Paper Title
    Type of Paper
    Subject Area
    WEB
    PDF
  • Einfluss der Anlassbehandlung auf die mechanischen Eigenschaften von Schmiedestählen für die Automobilindustrie
    Bachelor Thesis
    F5.2
    [522110]
    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
  • 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
  • Durchführung von Dilatometerversuchen zur gezielten Steuerung der Restaustenit Inselgröße in karbid-freiem Bainit
    Bachelor Thesis
    F5.2
    [522110]
    Link to Webpage
    Link to PDF
  • Untersuchungen zum Auflösungsverhalten von Kalkadditiven in Konverterschlacke
    Term Paper Bachelor Thesis Master Thesis Project Work
    F5;F1.2
    [522310]
    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
  • Vergleich mechanischer Belastungen auf den Stahlstrang in verschiedenen Stranggießanlagentypen
    Term Paper Bachelor Thesis Master Thesis
    F5.2
    [522310]
     
    Link to PDF
  • Simulation des Hochtemperaturverhaltens von Hoch-Mangan-Stahl unter mechanischer Belastung
    Term Paper Bachelor Thesis Master Thesis
    F5.2
    [522310]
     
    Link to PDF
  • Influence of boron on the mechanical properties of advanced forging steels for automotive application.
    Term Paper
    F5.2
    [522110]
     
    Link to PDF
  • EBSD as a tool to identify and distinguish different constituents in multi-phase steels
    Term Paper Project Work
    F5.2
    [522110]
    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
  • Bestimmung der Gefügeinhomogenität in Walzdraht am Beispiel einer karbidfreien bainitischen Mikrostruktur
    Bachelor Thesis
    F5
    [522110]
    Link to Webpage
    Link to PDF
  • Vergleich mechanischer Belastungen auf den Stahlstrang in verschiedenen Stranggießanlagentypen
    Term Paper Bachelor Thesis Master Thesis
    F5
    [522310]
    Link to Webpage
     
  • 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
  • Numerical simulation of stress-driven hydrogen diffusion after welding
    Term Paper Bachelor Thesis Master Thesis
    F1;F4;F5
    [522110]
    Link to Webpage
    Link to PDF
  • Effect of microstructure inhomogeneity on hydrogen embrittlement susceptibility of a welded X80 pipeline steel
    Term Paper Bachelor Thesis Master Thesis
    F4;F5
    [522110]
    Link to Webpage
    Link to PDF
  • Mathematische Modellierung des Aufschmelzverhaltens von Gießpulver
    Term Paper Bachelor Thesis Master Thesis Project Work
    F1;F4;F5
    [522310]
    Link to Webpage
    Link to PDF
  • Untersuchung der Gießpulver-Schmelze-Interaktion beim Stranggießen
    Term Paper Bachelor Thesis Master Thesis Project Work
    F1;F4;F5
    [522310]
    Link to Webpage
    Link to PDF
  • Prediction on failure of steel structures under ULCF condition with damage mechanics models
    Contact: Frau Yidu Di
    Master Thesis
    F4;F5
    [522520]
    Link to Webpage
    Link to PDF