bioclimatic，读音为：[?ba???kli?m?t?k]
bioclimatic基础释义为：生物气候的。
bioclimatic英语范文：
在热带雨林中，生物气候条件非常特殊。由于高温多雨，这里的环境潮湿且闷热。高大的树木遮挡了阳光，使得地面温度不高，但湿度极高。这种环境为许多特殊的植物和动物提供了生存的条件。
在城市环境中，由于建筑物和道路的存在，生物气候条件与自然环境有很大不同。尽管如此，我们仍然可以通过合理的设计和规划，创造有利于生物生存的环境。
在建筑设计中，我们应考虑如何利用自然光和通风，以减少空调的使用，同时保持室内环境的舒适。此外，我们还可以通过种植本地植物和引入适当的动物，来改善城市环境中的生物气候条件。
总的来说，了解和适应生物气候条件对于我们设计和规划城市和建筑环境至关重要。
以上范文中并未使用音标，如需使用音标请参考原文。
Bioclimatic Analysis of a Building Envelope
Bioclimatic design is a method of building design that takes into account the influence of climate on human life and the environment. It aims to create a harmonious indoor environment that is suitable for different climatic conditions.
In this analysis, we will examine the bioclimatic features of a building envelope using data from climate stations and building measurements. The envelope includes the exterior walls, roof, and floor systems.
Firstly, we will consider the temperature and humidity conditions in the building envelope. These conditions are influenced by the sun's radiation, wind speed, and precipitation. Based on these factors, we can determine if the envelope is suitable for human habitation.
Secondly, we will examine the solar radiation received by the building envelope. This factor has a significant impact on indoor temperature and lighting conditions. By analyzing the amount and direction of incoming radiation, we can determine if the envelope is suitable for solar energy harvesting or passive heating and cooling systems.
Finally, we will consider the microclimate inside the building envelope. This includes factors such as air movement, air quality, and thermal comfort. By analyzing these factors, we can determine if the envelope is suitable for human habitation and if any adjustments need to be made to improve indoor air quality or thermal comfort.
In conclusion, bioclimatic design is essential for creating sustainable and healthy indoor environments that are suitable for different climatic conditions. By considering the temperature, humidity, solar radiation, and microclimate of a building envelope, we can ensure that it is suitable for human habitation and that it contributes to a sustainable built environment.
bioclimatic
Bioclimatic means taking into account the influence of climate on human life and activities. It is a concept that considers the interaction between humans and the environment, especially the influence of climate on building design and human habitats.
In this context, bioclimatic design aims to create sustainable living environments that are adaptable to the local climate conditions. It involves using natural elements such as sunlight, ventilation, and water to provide comfort and energy efficiency.
For example, in hot and dry climates, buildings may be designed with large overhangs or sunscreens to shield interior spaces from the sun's heat. In cold climates, buildings may be insulated well and provided with thermal mass through materials such as masonry to maintain warmth.
Moreover, bioclimatic design can also involve using natural ventilation to provide cross-ventilation and reduce the need for mechanical systems such as air conditioning. This approach can help reduce energy consumption and carbon emissions, while also providing a more natural and healthy environment for occupants.
In conclusion, bioclimatic design is a holistic approach that considers the interplay between humans and the environment. By incorporating natural elements and principles into building design and human habitats, we can create sustainable and healthy environments that are adaptable to different climate conditions.
(Note: This is a basic introduction to bioclimatic design. For more detailed information, please refer to relevant research and literature.)
If you're interested in learning more about bioclimatic design, I suggest you conduct some research on the topic and find out more about its principles and applications. You might also find some relevant books or articles helpful in gaining a deeper understanding of this topic.
