The Algorithm for Generating Analytical Models Using BIM and 3D Reconstruction Techniques.

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This research topic concerns the procedures for generating analytical models using BIM technology and 3D reconstruction techniques. This dissertation will propose a procedure for automatic generation of analytical and graphic models described in scripts, which will consider knowledge base related to the analyzed types of bridge constructions. To verify the generated models in the field of element stiffness and their response to static and dynamic effects, the results of in-situ tests carried out by the Field Research Team of the Silesian University of Technology, will be used. This research work will provide an extensive literature on the implementation of BIM technology in relation with the analytical models in the design, construction, and maintenance of bridge structures. This study will transform the things to system that will improve the ability of maintenance and planning of transportation infrastructure by optimizing systems and connecting people

A témavezető utóbbi tíz évben megjelent 5 legfontosabb publikációja: 
1. K. Koris, I. Bódi, Service life estimation of pre-cast concrete structural members, Pollack Periodica: An International Journal for Engineering and Information Sciences 4:(1) (2009) 63-74.
2. K. Koris, I. Bódi, A. Molnár, Conservation and monitoring of urban buildings in connection with underground tunneling, CCC 2009 – Innovative Concrete Technology in Practice, Proceedings (2009) 208-211.
3. K. Koris, I. Bódi, Gy. Dévényi, Prefabricated bridge girders – from design to implementation, Concrete Structures: Annual Technical Journal of The Hungarian Group of fib 13 (2012) 43-50.
4. E. Dulácska, I. Bódi, K. Koris, Damage prediction of historical buildings in connection to subsidence caused by underground tunneling, SGEM 2016 – Nano, Bio and Green – Technologies for a Sustainable Future Conference, Procedings Vol. III. (2016) 427-433.
5. K. Koris, I. Bódi, Shear capacity of prestressed FRC beams with sparse stirrup spacing, Architecture Civil Engineering Environment 11:(1) (2018) 81-88.

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