AKIHITO OZAKI | Last modified date:2023.11.22 |
Professor /
Architectural Planning and Environment
Department of Architecture and Urban Design
Faculty of Human-Environment Studies
Department of Architecture and Urban Design
Faculty of Human-Environment Studies
Graduate School
Undergraduate School
Other Organization
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Homepage
https://kyushu-u.elsevierpure.com/en/persons/akihito-ozaki
Reseacher Profiling Tool Kyushu University Pure
Phone
092-802-5219
Fax
092-802-5219
Academic Degree
Dr. Eng.
Country of degree conferring institution (Overseas)
No
Field of Specialization
Architectural Environment and Equipment
Total Priod of education and research career in the foreign country
03years09months
Outline Activities
We are theoretically analyzing natural or artificial phenomena of heat and mass transfer and airflow occurring in urban and architectural buildings, and examining the formation mechanism of complex urban and building environment. On the basis of these building physics analyses, we will do research on “dwelling environment” which is superior in comfort, health, energy saving and durability, and “advanced building functional design” which is utilizing renewable energy and high performance facility system. Simply stated, we are scientifically designing buildings that are comfortable to live (e.g. functioning of energy conservation, ecology, natural energy application, and zero energy buildings) by using computer science.
Cities and architecture are products of artificial construction environment. This artificial environment consists of human system, building system and facility system. In accordance with the physiological and psychological demands of the human body, it is necessary to passively design environment elements such as heat, light and air related with the building system, and to actively control them by the facility system.
We are aiming at superstructing a spatial system-ology, which can improve the living quality and convenience through minimal mechanical control, to integrate the environmental elements in and out of buildings and the facilities corresponding to the intended use of human living and buildings. We are also developing the guidelines on integrated design methods of living environment, architectural performance and building services.
Cities and architecture are products of artificial construction environment. This artificial environment consists of human system, building system and facility system. In accordance with the physiological and psychological demands of the human body, it is necessary to passively design environment elements such as heat, light and air related with the building system, and to actively control them by the facility system.
We are aiming at superstructing a spatial system-ology, which can improve the living quality and convenience through minimal mechanical control, to integrate the environmental elements in and out of buildings and the facilities corresponding to the intended use of human living and buildings. We are also developing the guidelines on integrated design methods of living environment, architectural performance and building services.
Research
Research Interests
Membership in Academic Society
- Development of Next-Generation High Functional Buildings
keyword : humidity control, thermal storage, natural energy
2014.04~2024.03. - Integrated Analyses of High Efficiency Building Equioments
keyword : Micro Cogeneration System, Desiccant Ventilation, Radiant Heating and Cooling
2014.04~2024.03. - Prediction of Hygrothermal Environment and Space Conditioning Load of Buildings in Combination of Heat and Moisture Transfer and Airflow
keyword : Heat and moisture Transfer, CFD, Numerical Simulation
2014.04~2024.03. - Analyses of Hygrothermal Environment of Building Envelopes
keyword : Distribution of Temperature and Humidity, Airflow, Heat Bridge
2014.04~2024.03. - Energy Conservation of Buildings and Countermeasure of Global Warming
keyword : Energy Conservation of Buildings, Countermeasure of Global Warming
2014.04~2024.03. - Impact of façade design on building thermal environment and its quantitative evaluation
keyword : Façade design, Building envelop, Thermal environment
2014.04~2024.03. - Development of computer simulation software for building hygrothermal environment
keyword : Building, Hygrothermal environment, Computer simulation
2014.04~2024.03.
- Cooperative Educational Program for Fostering Human Resources to Lead Sustainable Development of Recycle-Based Zero-Emission Urban and Architectural Environment in Asia
- Cooperative Educational Program for Fostering Human Resources to Lead Development of Sustainable Urban and Architectural Environment in Asia
Papers
- Japan Sustainable Building Consortium
- International Building Performance Simulation Association
Educational
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