Research

Current research
Improvement and development of new technologies for construction and assembly works considering building area conditions (State Registration №0121U110003);
More

Past research
Development of reconstruction methods of historical buildings based on complex information model Selection of project alternatives in the formation of energy-saving programs at enterprises of the mining and metallurgical complex of Ukraine Estimated calculation of thermal performance of tanks for storing liquid fertilizers Evaluation of indoor temperature for various building envelopes damaged Modern smart city concept considering population safety issues
More

Expertise Summary

Warming and reconstruction of buildings; choice of the systems, technology, organization of production of works; extension of buildings and structures life cycle; efficiency of measures on modernization; alternative energy sources

Publications

1. Roofing with phase change material and regulated air flow in a ventilated layer / K. Dikarev, A. Kutsenko, R. Papirnyk, V. Petrenko, D. Chashin, I. Ogdansky // Pat. No. 147293, Ukraine, IPC E04B7/22, E04C2/292. No. u2020 07119; statement 06.11.2020; published 28.04.2021. Bul. No. 17

2. Roofing panel for reducing the cost of cooling buildings with a waterproofing layer / K. Dikarev, A. Kutsenko, O. Kuzmenko, V. Petrenko, D. Chashin, L. Kyslytsia // Pat. No. 144179, Ukraine, IPC E04B7/22, E04C2/292. No. u2020 01992; statement 23.03.2020; published 10.09.2020. Bul. No. 17

3. Evaluation of indoor temperature for various building envelopes damaged / V. Petrenko, K. Dikarev, D. Volchok, O. Kuzmenko // E3S Web Conf., Volume 32 (2018). – 7 p.  – Available at: посилання

4. Estimation of indoor temperature on condition that building envelope is damaged / V. Petrenko, K. Dikarev, A. Skokova, O. Kuzmenko // Revista Română de Inginerie Civilă, Volumul 8 (2017). – № 1. – 36 – 44.

5. Experimental and numerical thermal analysis of joint connection«floor slab – balcony slabe» with integrated thermal break/ K. Dikarev, A. Berezyuk, O. Kuzmenko, A. Skokova // Energy Procedia, 2016. – № 85. – P. 184 – 192. – Available at: http://www.sciencedirect.com/science/article/pii/ S1876610215029902.

6. Technology of construction production: a summary of lectures for students of French-Ukrainian project (in French) / A. Berezyuk, O. Martysh, K. Dikarev, A. Skokova, O. Kuzmenko; – D.: “Totem”, 2015. – 118 p.

7. Resource saving in installation and restoration properties of external walls of civil buildings: study guide / V. Shalennyi, A. Berezyuk, I. Ogdanskyi, K. Dikarev, A. Skokova. – Dnipropetrovsk: “Royal Print”, 2014. – 264 p.

Courses

1. Construction technology
The purpose of studying the discipline is to acquire theoretical knowledge and practical skills in designing and qualitatively performing modern construction and assembly processes. The task is to master the theoretical foundations and acquire practical skills in organizational and technological design and high-quality practical implementation of construction and assembly works that correspond to the current level of development of construction technology, material resources and regulatory and methodological support.

2. The newest construction technologies
The main tasks of studying the discipline are the mastering of modern approaches to the design of ecological residential objects according to the European standards of passive buildings (Passive House Standard), buildings close to zero (nZEB) and active buildings (Active House label) (by level energy consumption), as well as studying methods for calculating energy-saving structures and principles of operation and installation of engineering and technical equipment based on renewable energy sources.