Head of the project: prof. Ing. Koteš Peter, PhD. 

Research team: Ing. Farbák Matúš, PhD., Ing. Kraľovanec Jakub, PhD., prof. Ing. Moravčík Martin, PhD., doc. Ing. Odrobiňák Jaroslav, PhD., Ing. Prokop Jozef, PhD., Ing. Vavruš Martin, PhD., prof. Ing. Vičan Josef, CSc., Ing. Bahleda František, PhD., Ing. Zahuranec Michal, PhD.

Duration: July 2024 – December 2027

Concrete and structural steel are among the most used materials in the world, from which concrete and steel structures, or composite structures, are made. For this reason, more and more demands are placed on concrete and concrete structures, as well as on steel structures. Therefore, their properties (mechanical, chemical, and physical) are being improved and refined. New requirements in construction practice are met by high-performance concretes (HPC). These concretes include high-strength concretes, fiber concretes, high-strength fiber concretes, etc. Despite the fact that quite a lot is already known about them, they are not yet commonly used in practice in the Slovak environment. The aim of the project is to start using local resources for their production as much as possible and to adapt them to the Slovak conditions. This means designing such recipes that Slovak producers will be able to produce them. At the same time, the project will verify their use in the production of new members, or in the reconstruction of existing members (reinforced or prestressed concrete, steel). The project will use experimental measurements on samples in the laboratory and numerical modeling.

Head of the project: prof. Ing. Zdeněk Dvořák, PhD. Žilinská univerzita v Žiline, Fakulta bezpečnostného inžinierstva

Research team (department): doc. Ing. Odrobiňák Jaroslav, PhD., doc. Ing. Petra Bujňáková, PhD., Ing. Matúš Farbák, PhD.

Duration: January 2023 – Juny 2027              

The aim of the proposed project is the research and development of an innovative integrated information system for critical assets, focused on the assessing their resilience againts the internal and external threats and security risks. Primarily, it will be about the application of Building Information Modelling (BIM) to a selected area, by creating a pilot "Area Resilience Information Modeling" (AResIM). Based on the identification and analysis of threats acting on important infrastructure assets, an integrated system for the resilience assessment of critical assets will be developed using innovative interdisciplinary methods (such as unmanned aerial systems, 3D scanning, creation of an area model and expert evaluation of the data). The developed system will be continuously tested at regional level.    

More informations: https://remake3d.uniza.sk/

Head of the project: prof. Ing. Bujňák Ján, CSc.

Research team: doc. Ing. Odrobiňák Jaroslav, PhD., Ing. Bahleda František, PhD.

Duration: January 2019 – December 2020              

Design, realization and investigation of RPC concrete using of two types of fibres from steel and basalt, - processing of larger amount of concrete, necessary for manufacturing of composite structural elements of real size, - design of connection system between RPC concrete and steel trusses, considering expecting structural element behaviour, - manufacturing of composite structural element consisting of two types RPC (different fibres) taking into account durability of the concretes, - experimental investigation of composite structural elements for progressive loading.   

Head of the project: doc. Ing. Koteš Peter, PhD.

Research team: prof. Ing. Vičan Josef, CSc., doc. Ing. Odrobiňák Jaroslav, PhD., doc. Ing. Brodňan Miroslav, PhD., Ing. Strieška Miroslav, Ing. Pastorek Filip, PhD.

Duration: January 2017 – December 2018              

Structural durability is a very important parameter for design of the engineering constructions and sustainability is very important parameter during construction lifetime. Durability is influenced by the degradation processes in the form of structural steel and reinforcement corrosion caused by the environmental actions within structure lifetime. Those degradation processes and the change of the building material properties are affecting the cross-sectional and structural member resistance and deformation parameters of structure. Sustainability is important from the view of keeping of construction function and minimalizing the expenses of maintenance, repair and reconstruction. The project is focused on the study of the corrosion characteristics of the reinforced and steel bearing structures of engineering constructions to coordinate common research in this field of study and to develop the methodology of design for durability.

Head of the project: prof. Ing. Vičan Josef, CSc.

Research team: doc. Ing. Koteš Peter, PhD., doc. Ing. Odrobiňák Jaroslav, PhD., Ing. Jošt Jozef, PhD.

Duration: January 2016 – December 2017              

Structural durability is a very important parameter for design of the engineering constructions.Durability is influenced by the degradation processes in the form of structural steel and reinforcement corrosion caused by the environmental actions within structure lifetime. Those degradation processes and the change of the building material properties are affecting the crosssectional and structural member resistance and deformation parameters of structure. The project is focused on the study of the corrosion characteristics of the reinforced and steel bearing structures of engineering constructions to coordinate common research in this field of study andStructural durability is a very important parameter for design of the engineering constructions.Durability is influenced by the degradation processes in the form of structural steel and reinforcement corrosion caused by the environmental actions within structure lifetime. Those degradation processes and the change of the building material properties are affecting the crosssectional and structural member resistance and deformation parameters of structure. The project is focused on the study of the corrosion characteristics of the reinforced and steel bearing structures of engineering constructions to coordinate common research in this field of study andto develop the methodology of design for durability.

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