研究興趣
個人研究領域之一為海洋能源，著重於洋流發電，同時具有水利技師資格及海洋工程專長。於經濟部水利署第六河川局工作期間，從事近岸海岸侵蝕、優勢漂砂、波流交互作用、海岸防護設施等，併辦工程與現場調查等，具10年海岸工程防護實務經驗；同時對於河川水文、水理分析具有專業知識，協助洪水預警系統及其資料同化作業化之建置，具相關洪水預警經驗；於海洋委員會期間，致力於國家海洋科技政策研訂與規劃、洋流能關鍵技術之開發等，具有5年工作經驗；因瞭解河川、近岸與海洋，由近而遠的力學作用機制，較能完整闡述洪水源頭自河川傳遞至河口與鄰近海岸，再輸送泥沙至大陸棚的過程，因此特專精以數值模式解析作用力極為複雜的河口區域及其相關波流交互作用。
代表著作
Chun-Hung Pao, Jia-Lin Chen (2023). A numerical investigation of density currents in the Zengwen river mouth. Journal of Coastal and Ocean Engineering.(in press)
Chun-Hung Pao, Andhy Romdania, Jia-Lin Chen (2023). Tidally-modulated stratification in a channel-shoal estuary. Journal of Estuarine, Coastal and Shelf Science. Vol. 284(5), 108279.
Chun-Hung Pao, Jia-Lin Chen, Mon-Shen Shi, Ching-Yuan Liao (2022). A near shore observation of sediment transport combine with numerical investigation using a 3D model ROMS in the Beinan River mouth. The Magazine of the Chinese institute of Civil and Hydraulic Engineering. Vol. 49(6), pp. 72–79. (in Chinese)
Chun-Hung Pao, Jia-Lin Chen, Shih-Feng Su, Yu-Ching Huang, Wen-Hsin Huang and Chien-Hung Kuo (2021). The effect of wave-induced current and coastal structure on sediment transport at the Zengwen river mouth. Journal of Marine Science and Engineering 9(3):333.
Takaaki Uda, Chun-Hung Pao and Yu-Hsiang Lin (2020). Development of a sand spit and estimation of rate of longshore sand transport along Tainan coast, Journal of Japan Society of Civil Engineers, Ser. B2 (Ocean Engineering),76(2), I_637-I_642.
Takaaki Uda, Chun-Hung Pao and Yu-Hsiang Lin (2019). Beach erosion caused by imbalance of longshore sand transport near Erren River mouth and Golden Beach in Taiwan, Journal of Japan Society of Civil Engineers, Ser. B3 (Ocean Engineering),75(2), I_593-I_598.
Takaaki Uda, Tsung-Hsien Tsai, Yu-Hsiang Lin and Chun-Hung Pao (2016), Beach Erosion on Golden Beach in South Taiwan, Journal of the Oceanographical Society of Japan, 72(2), I_79-I_84.
研究成果介紹
河口水動力學與河口異重流: 近期研究主題為波浪、潮汐、洪水於河口之水動力交互作用，以及河口異重流之現象與解析，河口異重流可能造成海底底床刷深，水深100公尺處底床亦有機會刷深超過1公尺，使深埋海床的管線外露或懸空，產生損害風險，因此解析淘刷成因將有利於維護作業之進行。
洋流發電場域之輸配電分析： 配合洋流發電場域的最適位置，研析電力饋線、輸配電或儲能等替代方案，並進行相關成本分析。
