Documents
- Forgács,T. - Sarhosis, V. - Bagi, K. (2017): Minimum thickness of semi-circular skewed masonry arches. Engineering Structures (accepted)
- Bagi, K. (2016): The DDA Method. In: Sarhosis et al: Comp.Mod.MasonryStructuresUsingtheDiscreteElementMethod, IGI
- Bagi, K. (2016): The Contact Dynamics Method. In: Sarhosis et al: Comp.Mod.MasonryStructuresUsingtheDiscreteElementMethod, IGI
- Lengyel, G. - Bagi, K. (2016): Horizontal reaction components of pointed vaults. IntJ MasonryResearch&Innovation,1(4),398-420
- Simon,J. - Bagi,K.(2016): DEM analysis of the minimum thickness of oval masonry domes. IntJ.Architectural Heritage 10(4),457-475
- Bagi, K.(2014): Non-Heymanian Collapse Modes (Int. J. Solids & Structures, Vol. 51, pp. 2696-2705)
- Lengyel, G. - Bagi, K.(2015): Numerical analysis of the role of ribs in masonry crossvaults. Computers&Structures 158, pp.42–60
- Szakály,F-Hortobágyi,Zs-Bagi,K2016: Shear resistance of planar walls with different bond patterns,Constr& BuildingTech10:190:202
- DEM Draft: Front page and Content
- DEM Draft 01: Introduction to DEM
- DEM Draft 02: The Equations of Motion
- DEM Draft 03: Overview of Numerical Methods
- DEM Draft 04: BALL-type Models
- DEM Draft 05: UDEC
- DEM Draft 06: Quasi-Static Methods
- DEM Draft 07: The DDA Model
- DEM Draft 08: The Contact Dynamics Method
- DEM Draft 09: Interpretation of the Results I.: Geometry
- DEM Draft 10: Interpretation of the Results II.: Stress and Strain
- DEM Draft: Suggested Reading
- Hazay, M.: Introduction to the FEM/DEM method of Munjiza (tentative tutorial)
- Turi, N.: How to start using 3DEC (Version 4.1)
- Sample problem for PFC: Preparation and compression of a 2D concrete block
- Sample problem for PFC: Fill up a 2D container with irregular grains
- Graz cooperation
- DEM homework 2013: Couplet-Heyman thickness of masonry arches, Jáger B.
- DEM homework 2014: Horisontal reaction of a Romanesque and a Gothic arch, Pap Zs.
- DEM homework 2015: Derand's Cathedral Design Rule, Jobbágy D
- DEM homework 2015: Skew bridges, Forgács T.
- MSc Diploma Thesis: Tamas Forgacs Skew bridges