Aerodynamic Laboratory
Wind Tunnel
The wind tunnel holds immense significance in our daily lives by providing insights into the dynamics of airflow. As an Atmospheric Boundary Layer Wind Tunnel, it has the potential to greatly influence architectural design, urban planning, and strategies for mitigating air pollution. Looking towards the future, our focus remains on harnessing the capabilities of the wind tunnel to tackle pressing challenges in our urban environments. Through meticulous research and experimentation, we aim to utilize the wind tunnel to explore innovative solutions that promote urban ventilation, create cooler neighborhoods, and ultimately enhance the livability of our city.
風洞在我們日常生活中具有重要意義，它能幫助我們瞭解空氣流動的運動方式。作為大氣邊界層風洞，它對建築設計、城市規劃和空氣污染緩解策略具有潛在的重大影響。展望未來，我們將繼續聚焦於發揮風洞的能力，應對我們城市環境中的急迫挑戰。通過細致的研究和實驗，我們旨在利用風洞探索創新解決方案，促進城市通風，創造更涼爽的社區，從而提升我們城市的宜居性。
Small Wind Tunnel
The wind tunnel in the Department of Architecture and Civil Engineering is a return flow design wind tunnel. It has a section of 0.5m wide by 0.5m high at the testing area. The maximum wind speed is in excess of 20m/s. The wind tunnel is capable of performing include environmental wind study, air ventilation study, wind loading on building and structures, cladding pressure on building and structures, air pollution study, dispersion study, dynamic study of buildings and bridges.
本系的風洞採用回流式設計，試驗段寬0.5米，高0.5 米，最高風速可逹每秒逾20 米 。可進行的科研項目包括 : 環境風研究、空氣流通研究、建築物和結構體上的風力和風壓研究、空氣污染研究、氣體散佈研究及建築物和橋樑的動態測量等。
Water Channel
Water channels are essential for our daily lives as they transport and manage water resources. They provide drinking water, irrigation for agriculture, and hydroelectric power generation. Water channels also regulate drainage and control floods, ensuring the safety of communities in flood-prone areas.
In hydraulic engineering and environmental management, water channels play a crucial role. They control water flow, reducing the risk of disasters and promoting sustainable water use. Whether for large-scale irrigation or urban drainage systems, water channels maintain reliable water supplies.
Water channels are significant in studying slope stability and landslides. Water presence affects slope stability, and understanding the interaction between water channels and slopes is important for mitigating hazards.
水道對我們的日常生活至關重要，它們負責運輸和管理水資源。水道提供飲用水、農業灌溉和水力發電。水道還調節排水和控制洪水，確保易受洪水影響地區社區的安全。
在水利工程和環境管理中，水道扮演著關鍵的角色。它們控制水的流動，減少災害風險，促進可持續利用水資源。不論是大規模灌溉還是城市排水系統，水道都能維持可靠的供水。
水道在研究坡穩定性和山崩方面也具有重要意義。水的存在影響著坡穩定性，了解水道和坡地之間的相互作用對於減輕災害風險至關重要。
