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Investigation on Environmental Adaptation of Traditional Lifestyle in the Tropical City Housing

机译：热带城住房中传统生活方式环境适应的调查

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Under the settings of the occupant population growth, higher building, and transportation masses, traditional house in a tropical climate are not designed as a consequence of the optimal model in rural environments with improved air circulation and lower noise source as original types in the past. Those conditions take consequences on occupational adaptation, physically and psychologically. The study intended to analyze the occupant's sensitivity and adaptation of heat and noise environments. The tropical environment, which is represented by geographical altitude, lowland, and upland, was taken as study location. The number of surviving traditional houses was 19 houses as the representative numbers, both lowland and upland areas, with 71 occupants as the respondents. The thermometer and sound level meter instruments were set at occupant reference height and used to obtain the simultaneously results with an interview. The result emphasized that psychologically, the environmental settings result in accumulative effects on votes, different altitudes, and urban growth results in different thermal votes and noise preferences. The occupant indices are not significant factors. However, males are the most sensitive in higher conditions, and females have the lowest noise preference for comfort. The close the building aperture is the most frequently used as a passive method for noise regulator, while it is also flexible in combining with heat control.
机译：在乘员人口增长的环境下，高层建筑和运输群众，热带气候中的传统房屋不是由于农村环境的最佳模型而改善空气流通和过去的噪音源作为原始类型的最佳模式。这些条件对职业适应，身体和心理造成后果。该研究旨在分析乘员的敏感性和对热和噪声环境的适应性。由地理高度，低地和高地代表的热带环境被视为研究地点。幸存的传统房屋数量为19个房屋，作为代表数字，低地和高地领域，有71名占用者作为受访者。温度计和声级仪表仪表在乘员参考高度设定，并用采访获得同时的结果。结果强调，心理上，环境环境导致对投票，不同的高度和城市增长导致不同热量票和噪音偏好的累积效果。乘员指数不是重大因素。然而，男性在更高的条件下是最敏感的，女性具有最低的噪音偏好，可以舒适。建筑孔径最常用为噪声调节器的无源方法，而在热控制方面也是灵活的。

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