Challenges in Hydraulic Engineering: Proceedings of the 21st Technical Dam Control International Conference
暫譯: 水利工程挑戰：第21屆國際大壩控制技術會議論文集

本書包含第21屆國際水壩控制技術會議的選定、經過同行評審的會議論文，全面探討水利工程的發展和重要討論。本書所收錄的研究和專家發現，專注於水工結構設計、安全性和可持續性等問題和技術。書中涵蓋的主要主題包括安全性、土木工程、維護、操作技術、濕填埋場、可再生能源、氣候變遷、環境影響以及城市水利工程。本書探討了確保水壩結構安全性和可靠性的方法論，並突顯了建設技術的最新進展及其對水相關項目效率和韌性的影響。特別強調水工結構的環境影響，尤其是與氣候變遷和可持續發展實踐相關的問題。本書提供了對城市化地區水資源保留策略和水利工程挑戰的寶貴見解。

本書由學者和實務工作者共同撰寫，為從事水利工程和環境管理的專業人士、研究人員和政策制定者提供了一個資源。它不僅捕捉了該領域的現狀，還提供了對創新和可持續發展的前瞻性視角。

Agnieszka Dąbska is an Assistant Professor at the Faculty of Environmental Engineering, Warsaw University of Technology, with research focused on soil and water seepage. Her research interests combine the physical and mechanical properties of natural and man-made soils, particularly compactibility and permeability, their correlations and practical applications in structures. Agnieszka Dąbska's main scientific research area covers problems of sand deformation due to seepage and soil resistance to failure due to seepage. She also contributes to applied research projects concerning modern numerical methods for high-fidelity simulation of geohazards. In her work, she applies scientific knowledge in practice by conducting soil laboratory and field tests for practical applications, assessing and providing expertise on the technical condition of building structures, and providing scientific-technical supervision of hydraulic structures. Additionally, her scientific activity is also closely related to implementing the EN 1997 Eurocode 7 standard in Poland.

Jan Adam Winter is a Professor at the Faculty of Environmental Engineering, Warsaw University of Technology. His academic and professional work focuses on hydraulic structures and inland waterways, with particular emphasis on the design, operation, monitoring, and safety of dams and water-retaining structures. His research interests include the technical condition assessment of hydrotechnical facilities, seepage processes, sedimentation in reservoirs, abrasion processes in reservoir shores, and the role of hydraulic structures in flood protection systems. He has extensive experience in applied research and expert activities related to hydraulic engineering, including technical diagnostics, monitoring systems, and safety assessments of dams and water management infrastructure. He has contributed to numerous scientific monographs and edited volumes in the field of hydraulic engineering and dam safety, and has been actively involved in interdisciplinary projects linking research, engineering practice, and water management institutions. In addition to his academic activities, he has long-standing experience in cooperation with public institutions responsible for water resources management and hydraulic infrastructure.

Michal Kubrak is an Assistant Professor at the Faculty of Environmental Engineering, Warsaw University of Technology. His academic work addresses unsteady flow phenomena in pressurized pipeline systems, with particular emphasis on water hammer modeling. His research combines numerical simulations and laboratory experiments and includes studies on hydraulic transients in multi-material pipeline systems with varying geometric characteristics. He has contributed to the development and validation of numerical models, as well as to investigations of practical methods for mitigating pressure surges. In addition to his research activities, he has experience in applied research projects related to water management systems and teaches courses in fluid mechanics and hydraulics.

Agnieszka Dąbska 是華沙科技大學環境工程系的助理教授，研究專注於土壤和水的滲透。她的研究興趣結合了天然和人造土壤的物理及機械特性，特別是壓實性和滲透性，以及它們的相關性和在結構中的實際應用。Agnieszka Dąbska 的主要科學研究領域涵蓋了由於滲透引起的沙子變形問題以及土壤對滲透失效的抵抗力。她還參與了關於現代數值方法的應用研究項目，這些方法用於高保真度的地質災害模擬。在她的工作中，她通過進行土壤實驗室和現場測試來將科學知識應用於實踐，評估並提供建築結構的技術狀況專業意見，並對水工結構提供科學技術監督。此外，她的科學活動也與在波蘭實施 EN 1997 Eurocode 7 標準密切相關。

Jan Adam Winter 是華沙科技大學環境工程系的教授。他的學術和專業工作專注於水工結構和內陸水道，特別強調大壩和蓄水結構的設計、運行、監測和安全性。他的研究興趣包括水工設施的技術狀況評估、滲透過程、蓄水池中的沉積、蓄水池岸邊的磨損過程，以及水工結構在防洪系統中的作用。他在與水利工程相關的應用研究和專家活動方面擁有豐富的經驗，包括技術診斷、監測系統和大壩及水資源基礎設施的安全評估。他為水利工程和大壩安全領域的多部科學專著和編輯卷作出了貢獻，並積極參與將研究、工程實踐和水資源管理機構聯繫起來的跨學科項目。除了學術活動外，他還與負責水資源管理和水利基礎設施的公共機構有著長期的合作經驗。

Michal Kubrak 是華沙科技大學環境工程系的助理教授。他的學術工作涉及加壓管道系統中的非穩態流動現象，特別強調水錘建模。他的研究結合了數值模擬和實驗室實驗，並包括對具有不同幾何特徵的多材料管道系統中的水力瞬態的研究。他為數值模型的開發和驗證做出了貢獻，並研究了減輕壓力波動的實用方法。除了研究活動外，他還在與水資源管理系統相關的應用研究項目中擁有經驗，並教授流體力學和水力學的課程。