|
Title of Thesis：Study on the Performance of Vertical Shading Device in Direct Daylight
Key Word：Daylighting Performance , Vertical Shading Device , Daylight Factor
Average Uniformity , Direct Sun’s Ray
Name of institute：Tamkang University , Architecture Department-Master’s Program
Graduate Date：June 19 , 1999 Degree Conferred：Master
Name of Student：Chen , Chein Long Advisor：Prof. Chou , Chia-Peng
陳 乾 隆 周 家 鵬 博士
Abstract：
The purpose of this thesis is base on the energy conservation of buildings , and to discuss
the daylighting Performance of buildings in direct daylight by vertical shading device .
Daylighting is composed of direct and diffuse daylight . The studies of diffuse have been
sustained a long time in Taiwan , but the research on the direct sunlight is seldom in the
state of art . Therefore the research is to find the good combinations of vertical shading
devises by the Scale Model experiments outdoor . And as a result to provide the designer
and user’s reference on the energy conservation of buildings design .
This study includes the following content：
Chapter 1 To point out the research motive , subject , method and procedure .
Chapter 2 To organize and sort out the nationwide research fendency and specific
Achievements from related articles collection in order to establish the
Research orienttation and scope .
Chapter 3 To describe the developing background of Shading Physcial Scaling Model
and the method of setting environmental factor of model test . Also to
explain the connections between each model factors in the daylighting test
of the research .
Chapter 4 The date of scale model tests under designed combinations have been
analyzed . The regression models are being built for predicting situation.
Chapter 5 The impact of influence for different daylighting and shading coefficient
factors has been analyzed . The priority of influence among those factors is
being made . To assist designers to meet their daylighting and shading
requirements .
Chapter 6 To provide a resonable shading design procedure and the applied and the
research scope of achievement on the research . And to suggest a specific
stucture for fuither study .
As a conclusion from the research , in the scope to apply the vertical shading devices
in small solar altitude and azimuth can’t achieve the shading efficience . The results can
be expected to assist designers in their energy conservation of architecture design .
|