Students
Tuition Fee
Start Date
Medium of studying
Duration
Details
Program Details
Degree
Masters
Major
Materials Engineering | Mechanical Engineering | Metallurgical Engineering
Area of study
Engineering | Natural Science
Course Language
English
About Program

Program Overview


Department of Materials Science & Engineering

The Department of Materials Science & Engineering is a part of the Faculty of Mechanical Engineering at the Budapest University of Technology.


Introduction

The department introduces itself with a brief overview of its history, news, and brochure.


Staff

The department consists of:


  • Lecturers and researchers
  • Guest lecturers
  • PhD students
  • Administrative staff
  • Technical staff
  • Demonstrators

Education

The department offers various educational programs, including:


  • Bachelor's degree (BSc)
  • Master's degree (MSc)
  • Doctoral degree (PhD)
  • TDK (a research program for students)
  • Diploma thesis and specialist training
  • Professional practice
  • Welding engineering specialist (IWE/EWE)
  • Foreign language courses

Student Life

The department provides opportunities for students to engage in various activities, including:


  • Gillemot Lßszl¾ College
  • Forming Technology Section
  • Welding Technology Section
  • Medical Technology Section

Industrial Services

The department offers various industrial services, including:


  • Courses
  • Technical consulting
  • Technical expertise
  • Material testing
  • Welding specialist competence assessment

Laboratories

The department has several laboratories for research and education.


Projects

The department participates in various projects, including:


  • International projects
  • Domestic research projects
  • Completed projects

Course Description: Fatigue and Fracture (BMEGEMTNG03)

Description

The course covers the mechanical treatment of time-varying loading processes of materials and structures. It compares and applies different fracture mechanics theories to structure sizing. The course analyzes the process of crack propagation and introduces examination techniques.


Credits

The course is worth 5 credits.


Lecturers

The course is taught by Orbulov Imre Norbert.


Course Materials

The course materials include:


  • Lecture links
  • Supplements, such as HW codes, 1.pdf, 2.pdf, and preliminary exam
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