Skip to main content
bme.hu
epito.bme.hu
edu.epito.bme.hu
archive.edu.epito.bme.hu
help.epito.bme.hu
BME Építőmérnöki Kar
You are not logged in.
English (en)
English (en)
magyar (hu)
Budapest University of Technology and Economics
Faculty of Civil Engineering - Since 1782
Budapesti Műszaki és Gazdaságtudományi Egyetem - Építőmérnöki Kar
Page path
Home
/
►
Public courses
Discrete Element Method - BMEEOTMMN64
Subject Datasheet
Schedule for the 2025 spring semester
DEM Slides
DEM Slides: Lecture 1. Introduction to DEM
DEM Slides. Lecture 2. The equations of motion. Numerical methods
DEM Slides: Lecture 3. BALL-type models
DEM Slides: Lecture 4. 3DEC
DEM Slides: Lecture 5. Suggested homework topics
Sample slides for your 1st presentation
DEM Slides: Lecture 6. DDA
DEM Slides: Lecture 7. Contact Dynamics
DEM Slides: Lecture 8. Munjiza's FEM/DEM
DEM Slides 09: State variables of discrete systems 2/1: Geometry and stresses
DEM Slides 10: State variables of discrete systems 2/2: Strains
DEM Lecture Notes
DEM Notes: Content
DEM Notes 01: Introduction to DEM
DEM Notes 02: The Equations of Motion
DEM Notes 03: Overview of Numerical Methods
DEM Notes 04: BALL-type Models
DEM Notes 05: UDEC and 3DEC
DEM Notes 06: Quasi-Static Methods
DEM Notes 07: The DDA Model
DEM Notes 08: The Contact Dynamics Method
DEM Notes 09: Interpretation of the Results I.: Geometry of Discrete Systems
DEM Notes 10: Interpretation of the Results II.: Stresses and Strains
DEM Notes References
Sample homeworks
DEM hw2014 Zs Pap
DEM hw 2015 JobbagyD
DEM hw 2017 SzedenikB
MSc Thesis: Yu Meng: Frictional sliding in limit state analysis codes of masonry arches