Latest issues
- 2025, Volume 18 Issue 8
- 2025, Volume 18 Issue 7
- 2025, Volume 18 Issue 6
- 2025, Volume 18 Issue 5
Oleg Samarin
Affiliation
National Research Moscow State Civil Engineering University
Publications
Orcid ID
0000-0003-2533-9732
The temperature waves motion in hollow thick-walled cylinder
- Year: 2018
- Issue: 2
- 26
- 4320
- Pages: 161-168
Research of adjustable parameters in the automated climatic systems at the aim of energy saving
- Year: 2013
- Issue: 2
- 14
- 3890
- Pages: 13-18
Determining the optimal costs on engineering equipment control systems for smart house
- Year: 2012
- Issue: 6
- 20
- 4146
- Pages: 60-63
The influence of control algorithm on the annual energy consumption of automated climate systems
- Year: 2012
- Issue: 2
- 11
- 3917
- Pages: 48-50
Technological optimization of temperature efficiency of heat recoverers with intremediate heat carrier
- Year: 2011
- Issue: 1
- 20
- 4153
- Pages: 34-36
Influencing of orientation of glazed facades on general energy consumption of residential buildings
- Year: 2010
- Issue: 8
- 25
- 4268
- Pages: 16-20
The probabilistic-statistical modeling of the external climate in the cooling period
- Year: 2017
- Issue: 5
- 27
- 4499
- Pages: 62-69
The periodic temperature oscillations in a cylindrical profile with a large thickness
- Year: 2019
- Issue: 1
- 39
- 5106
- Pages: 51-58
Thermal mode of a room with integrated regulation of cooling systems
- Year: 2021
- Issue: 3
- 80
- 4104
- Pages: 10312-10312
Thermal mode of a room with integrated regulation of microclimate systems
- Year: 2022
- Issue: 8
- 75
- 3482
- Pages: 11610-11610
Temperature mode of a room at integrated regulation of split systems
- Year: 2023
- Issue: 7
- 228
- 2906
- Pages: 12310-12310
Temperature mode of a room at proportional-integrated regulation of climate systems
- Year: 2025
- Volume: 18
- Issue: 3
- 83
- 3205
- Pages: 13504-13504
Non-stationary thermal mode of a room at integrated regulation of split systems
- Year: 2025
- Volume: 18
- Issue: 5
- 58
- 715
- Pages: 13708-13708