1. 創新的永續建築設計流程 Advanced Sustainable Design Process
1-1 以機器學習模型方式進行建築立面日光設計的手法
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A metamodel based on intermediary features for daylight performance prediction of façade design
Step 1: a novel daylight model, which includes a pre-processing procedure to convert the design model into “Intermediary features” as input parameters representing daylight penetration performance. Step 2: Daylight prediction models using machine learning methods. |
1-2 以機器學習方式預測住宅外殼更新之生命週期碳排放
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A Machine Learning Based Prediction Model of LCCO2 for Building Envelope Renovation in Taiwan
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1-3 設計初期階段風環境與熱環境的多目的最佳化
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Simulation Methodology Based on Wind and Thermal Performance for Early Building Optimization Design in Taiwan
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1-4 創新的整合式設計手法應用於建築耗能、熱舒適與建築成本之多目的最佳化分析
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An integrated framework for multi-objective optimization of building performance: Carbon emissions, thermal comfort, and global cost
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1-5 以機器學習手法快速預測室內聲學參數
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Using Machine Learning to Predict Indoor Acoustic Indicators
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2. 建築節能與低碳設計 Energy Conservation & Low-Carbon Design
2-1 金屬擴張網應用於建築立面設計
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The Influence on Daylight and Energy Consumption of Expanded Metal Mesh Applied on Building Façades
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2-2 台灣氣候下的零耗能住宅設計
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Strategies for ZEH Design in Taiwan
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3. 健康居住環境與工作效率 Wellness & Productivity
3-1 亞熱帶氣候下辦公建築兼顧熱舒適、工作效率與建築節能的潛力分析
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Study on thermal comfort and energy conservation potential of office buildings in subtropical Taiwan
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3-2 台灣街屋基於健康調適的設計策略分析
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Adaptation Strategies of Residential Buildings Based on a Health Risk Evaluation—A Case Study of Townhouses in Taiwan
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3-3 室內建材VOCs逸散與健康風險評估
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Health Risk of VOCs Emission of Interior materials in Taiwan
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3-4 我國綠建材標章制度的推動
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Green Building Material Labelling System in Taiwan
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4. 建築立體綠化 Vertical Greenery System
4-1 窗台綠化對改善熱舒適環境的探討
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Influence of Vertical Greening Design of Balconies and Opening of Buildings on Thermal Comfort
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5. 調濕建材 Moisture Buffering Materials
5-1 調濕建材基本物性的實驗分析
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Hygro-thermal Properties of moisture buffering materials
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5-2 台灣氣候下應用調濕建材的設計策略分析
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Moisture buffering assessment applied in Taiwan
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5-3 以黴菌發芽模型評估台灣氣候下調使用濕建材的效益
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Evaluating moisture buffering effect via mold germination model
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6. 建築聲學 Architectural Acoustics
6-1 摺板式金屬擴張網吸音板FEMM的開發
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Development of Folded Expanded Metal Mesh (FEMM)
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6-2 板膜共振吸音體PMRA的開發
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Development of Panel Membrane Resonant Absorber (PMRA)
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6-3 CLT牆體的隔音性能與預測模式
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Sound Insulation Performance of Cross-laminated Timber (CLT)
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