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Increasing the comfortable state of the microclimate at the workplace

A. O. Petrenko, V. O. Petrenko, I. V. Goljakova, A. O. Mykhalchenko, E. V. Patonya, E. I. Kaminska
113-119
2017-04-27

Factors influencing the microclimate in premises, which has a building faults and HVAC systems

V. O. Petrenko, A. O. Petrenko, I. V. Golyakova
286-291
2016-10-20

Modeling of the thermal regime of the room

A. O. Petrenko
140-145
2013-10-18

Develop a conditioning system with heat recovery exhaust air to ensure optimum microclimate in the buildings

V. O. Petrenko, I. V. Goljakova, O. V. Rodkina
99-103
2016-09-27

ENSURING OPTIMAL PARAMETERS OF MICROCLIMATE IN THE PREMISES OF BUILDINGS

I. V. Goljakova
72-77
2015-09-22

Development of power machinery effective hybrid heating system cottage

A. O. Petrenko, V. O. Petrenko, I. V. Golyakova, І. І. Balychev, Е. V. Patonya
151-155
2015-09-22

Determination of heat transfer of a person in the workplace with local heat

І. V. Goljakova
95-99
2015-09-23

Study cool internal surfaces of a room during a power failure heating system

A Belikov, I. Kolesnik, I. Vetvitskiy, E. Rabich, I. Zibrov
22-27
2015-09-22

Evaluation change settings indoor environment over the life of the building and systems engineering

O. I Petrenko, O. A. Petrenko
156-161
2015-09-22

Assessment heat loss house that have defects and obsolescence walling

V. O. Petrenko, A. O. Petrenko, R. B. Papirnyk
133-138
2016-03-22

Factors influencing the change of microclimate parameters as a result of the change of operational characteristics of heating systems

V. O. Petrenko, I. V. Holiakova, А. O. Petrenko
269-275
2018-09-25

Development of software to support decision making in the osh in design and implementation of on GIE

N. А. Kasyanov, О. N. Gunchenko, І. V. Savchenko, V. І. Korennoi
130-138
2015-09-23
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