A study on the characteristics of traditional Manchu dwellings in Northeast China

Zhao, Liangyu

doi:10.1556/606.2022.00581

Cited by 2 publications

(4 citation statements)

References 2 publications

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“…Compared with typical urban residential buildings, the existing single residential buildings in Wenzhou area have their own distinct characteristics. In terms of design, the residential buildings in this area are mostly low-rise buildings, with a small size and a large shape coefficient, which is largely unconducive to energy saving [30][31][32][33]. The indoor thermal and wind environment of the residential buildings in this area tends to be poor in winter, and improving the thermal comfort and reducing the indoor wind speed in the winter months is thus a crucial task.…”

Section: The Current Status Of the Building Envelopes Typical Of The ...mentioning

confidence: 99%

Optimization of the Energy-Saving Building Envelopes in Regional Climate

Diao,

Cao,

Sun

et al. 2024

Buildings

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For a large number of monolithic buildings in the Wenzhou area, serious cold air infiltration occurs at night due to the poor insulation performance of the enclosure structure. This results in the indoor temperature often falling below the thermal comfort zone, which is compounded by high relative humidity. Various types of energy-efficient buildings, considering different envelope structures (exterior walls, roofs, exterior windows, and shading designs), were constructed, taking into account both structural characteristics and residents’ energy consumption habits. The building environment and energy consumption during the transition period (i.e., summer and winter) were analyzed using the ideal solution similarity ranking preference method (TOPSIS) and the building energy simulation software, EnergyPlus 9.5. This analysis aimed to identify four energy-efficient building models closest to the ideal solution. Comparing the indoor environment parameters and load values of the energy-saving buildings with those of the basic building yielded the following results: the average building load of the energy-saving buildings was 79.48 to 122.00 W lower than that of the basic building. The average temperature difference between the exterior walls of the energy-saving buildings and the interior temperature was 0.6 to 1.45 °C lower than that of the basic building. Similarly, the average temperature difference between the exterior windows and the interior temperature of the energy-saving buildings was 0.56 to 0.98 °C lower than that of the basic building. Additionally, the average temperature difference between the roof and room temperature of the energy-saving buildings was 0.54 to 0.39 °C lower than that of the basic building. Furthermore, the average indoor temperature of the energy-saving buildings was 1.50 to 2.11 °C higher than that of the basic building. In addition, when compared with the basic building, the energy-saving buildings could save 5.66 to 16.39 kg of standard coal and reduce CO2 emissions by 1.60 to 4.47 kg during the transition period. The study of the energy-saving envelope structure combination form in Wenzhou provides a reasonable basis for building an energy-saving envelope structure combination form in the tropical monsoon climate area, which is of great significance for reducing building energy consumption.

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Section: The Current Status Of the Building Envelopes Typical Of The ...mentioning

confidence: 99%

Optimization of the Energy-Saving Building Envelopes in Regional Climate

Diao,

Cao,

Sun

et al. 2024

Buildings

View full text Add to dashboard Cite

show abstract

“…From the investigation on the planned layout of the traditional village dwellings, the gradual separation of the bedroom from the living room was in line with the future development. Moreover, parts of the buildings were no longer limited to the original village building design but were affected by the design of urban-dwelling buildings [28,29]. The plan…”

Section: Type 3: Kunhe Village Type 4: Kunhe Villagementioning

confidence: 99%

“…Moreover, parts of the buildings were no longer limited to the original village building design but were affected by the design of urban-dwelling buildings. [28,29] place of the heated kang. The use of the heating made it so that the residential space no longer depended on the kitchen and heated kang for heat, which made the interior layouts of the buildings more flexible.…”

Section: Facade Evolution Of Traditional Village Dwellingsmentioning

confidence: 99%

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Spatial Evolution of Traditional Village Dwellings in Heilongjiang Province

2023

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Heilongjiang Province belongs to the temperate continental monsoon climate. The special climatic conditions have resulted in the creation of unique traditional dwellings, which is a field worth studying. In order to study the spatial form of the traditional village dwellings in Heilongjiang Province, we conducted field research, administered a questionnaire survey, and mapped the traditional village dwellings in the region from the 1950s to the 1990s. Through field visits to the village of Aihui and other villages, conversations with the masses, and field measurements of the local traditional dwellings, we summarized the development and evolution process of the traditional village dwellings in Heilongjiang Province. With the support of materials and data, this paper discusses the evolution process of the traditional village dwellings from the aspects of housing, space, material, heating, and so on. With the development of the economy, the population is gradually outflowing, which has resulted in housing problems, which are particularly prominent. The speed at which traditional villages are disappearing is also striking. According to official statistics, an average of 1.6 traditional villages disappears every day in China. In order to curb this phenomenon, reasonable suggestions are put forward on issues such as heritage protection and cultural industry development to provide a reference for follow-up research on the traditional village dwellings in Heilongjiang Province.

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A study on the characteristics of traditional Manchu dwellings in Northeast China

Cited by 2 publications

References 2 publications

Optimization of the Energy-Saving Building Envelopes in Regional Climate

Optimization of the Energy-Saving Building Envelopes in Regional Climate

Spatial Evolution of Traditional Village Dwellings in Heilongjiang Province

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