Studies on Basic Design of the Livability of Wooden House

为了获得良好的耐热性，设计了厚木墙，使其具有较高的保温能力和室温不变化的能力。具有吸湿性木材的室内相对湿度不会因水蒸气的吸附或解吸而发生变化。因此，对室内温度和相对湿度进行了控制。我们总是观察到水滴在窗户的内表面和北侧墙。可以预测木墙中的水汽凝结。研究了在二楼产生并传到一楼的脚步声噪声。找到了一些减小冲击载荷产生的声音的方法。研究了绳结对面板心理图像的影响。结果表明，有结的伞很快就会给人一种自然的形象或气氛。研究了木材和其他建筑内部材料的滑动触感的心理特征与物理测量的关系。室内设计分为7类。小鼠被喂食于三种不同材料的喂养盒中，分别是糖、混凝土和铝。各饲箱内温湿度及产仔数有一定差异。至于人类，他们（日本人）住在榻榻米上，因为它的高绝热性而感到舒适。

In order to get good thermal resistance, the thick wooden walls were designed and they have a high capacity of keeping plenty of heat and room temperature unchangeacle. Relative humidity in a room with inside wall sheathing of hygroscopic wood does not change because of water-vapor adsorption or desorption enough.Therefore, Controlling of temperature and relative humidity were conducted in a room. We always observe the water dripping on the inner surface of the windows and the north side wall. It was possible to predict the moisture condensation in a wooden wall.Foot-step noises genorated on the second floor and transmitted to the first floor were investigated. Some methods to abate sound generated by impact load were found.The influence of knots on psychologicsl images of panels was investigated. The results suggest that the panols with knots soom to give a natural Imago or atmosphoro.The psychological characteristics of feeling of sliding touch to wood and other internal architectural materials with relation to physical measurement were investigated. The interiors were classified into 7 category.The ddy mice were fed in feeding boxes of three different materials, sugi, concrete, and aluminum. There were some difference in temperature and humidity and number of parturition in each feedind box. In case of human being, they (Japanease) live on the tatami and get comfortable for it's high thermal insulation.