Denis Fedorovich Karpov
Also known as: Karpov D.; D. Karpov; Karpov D. F.; D. F. Karpov; Karpov Denis Fedorovich; Denis Fedorovich Karpov; Karpov Denis Fyodorovich; Denis Fyodorovich Karpov; Denis F. Karpov; Карпов Денис; Денис Карпов; Карпов Денис Федорович; Денис Федорович Карпов;, Денис Федорович К.; Денис Ф. Карпов; Денис Карпов Ф.; Карпов Денис Ф.; Карпов Ф. Денис
Vologda State University, Bauman Moscow State Technical University, National Academy of Modern Technologies
Research areas: Engineering · Building and Construction · Building energy efficiency and sustainability · Heat Transfer and Numerical Methods · Building Energy and Comfort Optimization
0000-0002-3522-9302
About
He was born in the village of Konosha in the Arkhangelsk region into a working-class family of railway workers.
Senior Lecturer, Department of Heat, Gas and Water Supply, Institute of Civil Engineering, Vologda State University.
Applicant in the scientific specialty 2.2.8. "Methods and Devices for Monitoring and Diagnostics of Materials, Products, Substances and the Natural Environment (Engineering Sciences)"
Employment
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Vologda State University Senior Lecturer2007 - Present
Education
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Bauman Moscow State Technical University Applicant for the degree of Candidate of Technical Sciences2025 - 2028
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National Academy of Modern Technologies Civil engineer, specialty “Heat and gas supply and ventilation”2019 - 2019
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Vologda State University Computer technology and information systems specialist2018 - 2019
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Vologda State University Postgraduate, Researcher2007 - 2010
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Vologda State University Certified Specialist, Engineer2002 - 2007
Projects & Funding
Projects & funding information is unavailable.
Publications (113)
- Methodology for Determining the Temperature of the Indoor Air in a Cultivation Facility After an Emergency Shutdown of the Heating System Save
- Development and verification of a computational software-based method for modeling the indoor thermal regime under emergency heating shutdowns Save
- Patent RU 2865336 C1. Method for Determining Volume of Deposits in Straight Pipeline Save
- Digital Tools for Pipeline Thermal Insulation Monitoring Save
- Non-Destructive Method for Determining the Volume of Deposits in a Pipeline Based on Hydrostatic Compression of a Liquid Droplet Save
- Software-Based Calculation of Thermal Insulation for Pipelines in Underground Ductless Two-Pipe Heat Supply Networks Save
- A Study of the thermal regime in a comprehensive school classroom with different options for thermal protection of the external wall Save
- Mathematical Model of Radiant Heating of Greenhouses Save
- A Software-Based Computational Method for Determining the Minimum Temperature on the Surface of Building Enclosures with Assessment of Indirect Measurement Error Save
- Software-Algorithmic Method for Calculating the Parameters of Pipeline Thermal Insulation Based on the Standardized Heat Flux Density Save
- Development of digital tools for calculating the energy consumption of residential buildings: heating and domestic hot water Save
- Patent RU 2854501 C1. Method for Determining the Volume of Deposits in a Pipeline Save
- Integrated Methodological, Algorithmic and Architectural Approach to the Development of Software Tools for Thermal Monitoring of Building Structures and Engineering Systems (Review) Save
- Software for Determining the Minimum Temperature on the Inner Surface of Exterior Building Enclosures Based on Thermographic Surveys and In-Situ Measurements No. 2025692029 Save
- Algorithmization and software implementation for selecting operating parameters of pumping equipment in hydronic heating systems of residential buildings Save
- Investigation of internal air parameters in a residential building when improving the exhaust ventilation system Save
- Monitoring hybrid glass-basalt plastic pipes: a fractal approach to failure analysis Save
- Software for Mechanical Calculation of U-Shaped Compensator No. 2025664717 Save
- Thermal imaging survey of general education institutions in Moscow Save
- Software for Determining the Internal Air Temperature in a Room After the Heating System Shutdown No. 2025619659 Save