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| 1.
学位論文 |
学位
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カク, ウコウ
概要:
Aiming at the research question of adaptive thermal comfort, this thesis carried out the investigation and simulation study of public buildings with different indoor operation modes in China. By comparing the predicted and actual thermal
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sensation votes, the comfort level and energy saving potential were evaluated to achieve the building sustainable development. The specific research objectives lie upon five points as following:To probe authentic indoor physical environment and actual thermal comfort for different climate zones in China.To determine occupants' neutral (comfort) temperature, preference temperature and acceptable temperature range in different working conditioned buildings.To explore the human's adaptive regulatory mechanisms in different working conditioned public buildings.To establish the adaptive model of human sensation that in consideration of the specific climatic conditions.To verify the accuracy of recommended models in ASHRAE-55, EN 15251 and Chinese GB/T 50785 comparing to actual working conditions.To establish the adaptive model of human sensation that in consideration of the specific climatic conditions.To verify the accuracy of recommended models in ASHRAE-55, EN 15251 and Chinese GB/T 50785 comparing to actual working conditions.
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| 2.
学位論文 |
学位
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朱, 悦玮
概要:
This study focuses on an improved method for Trombe wall: installing insulated panels on the inside and using vents at the top and bottom to connect the inner and outer air layers to the interior space. Temperature-controlled DC fans are
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installed in the upper vent to steadily control air circulation, forming a composite Trombe wall system with dual circulation of the inner and outer air layers. The study mainly uses software THERB for HAM to compare the results with those of the real measurements and to conduct subsequent optimization experiments. Compare the material, thickness of massive wall and inner wall, ventilation rates, type and ratio of glazing surface, etc., to achieve the best energy efficiency and thermal comfort. From the environmental and economic point of view, it can reduce the air conditioning load in hot summer and cold winter regions and can make a significant contribution to the global environment.
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| 3.
学位論文 |
学位
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Rendy, Perdana Khidmat
概要:
This thesis focuses on the implementation of a generative algorithm approach in investigating environmental performance
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indicators during the early phases of architectural design by proposing techniques to discover the best design solutions based on their optimal design goals, as well as the study of the design parameter’s role. The investigation encompasses a multitude of design aspects, including glazing and shade configuration, geometry, and structural objective-related factors. The findings indicate that the proposed methodology suggests performance optimization related to daylight, energy consumption, thermal comfort, and structural consideration. The study contributes to the field of computational architecture design by providing insight into how form finding leads to design goal optimization and a method for examining the link between design parameters and design objectives at various scales of the design project. Through this approach, design goals can be quantitatively justified, and it is expected to contribute to an environmentally friendly architectural design vision.
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| 4.
学位論文 |
学位
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王, 诗朦
概要:
This paper presents the application of a double layer Trombe wall in severe cold region, verifies the feasibility of the double layer Trombe wall through a combination of simulations and experiments, and provides an in-depth exploration
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of other influencing factors, as well as a simulation of its one-month energy consumption. The optimal parameters for a double layer Trombe wall in severe cold regions are given.
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