Width evolution of channel belts as a random walk by J. M. Turowski, J. M. Turowski, F. McNab, A. Bufe, A. Bufe, S. Tofelde

“…Channel-belt width and its temporal evolution are important for the hydraulics, hydrology, and ecology of landscapes, as well as for human activities such as farming, protecting infrastructure, and natural hazard mitigation. …”
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A numerical study on the wave loading on offshore structures of different cross-sectional geometries under the action of regular waves by Guilherme Fuhrmeister Vargas, Bruno Alvarez Scapin

“… Coastal engineering and maritime hydraulics have experienced significant development over the years with the construction of bridges, oil exploration platforms, and ports, highlighting the importance of studying and quantifying the efforts resulting from wave loads on these structures. …”
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Confined and mined: anthropogenic river modification as a driver of flood risk change by Laura Quick, R. D. Williams, R. J. Boothroyd, T. B. Hoey, P. L. M. Tolentino, C. MacDonell, E. Guardian, J. Reyes, C. Sabillo, J. Perez, C. P. C. David

“…In dynamic rivers, these interventions cause changes to riverbed and bank topography that potentially cause changes in hydraulics and flood risk. Repeat, system-scale, high-resolution topographic surveys of the gravel-bed Bislak River, the Philippines, are used to quantify annual morphological change and, using two-dimensional hydraulic modelling, to simulate changes to flood risk. …”
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Multiple Scattering of P1 Waves by Arbitrarily Arranged Cavities in Saturated Soils by Miaomiao Sun, Huajian Fang, Xiaokang Zheng, Ru Zhang, Shimin Zhang, Lianying Zhou

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Relationship of Maize Yield to Climatic and Environmental Factors under Deficit Irrigation: A Quantitative Review by M. Gloriose B. Allakonon, P. B. Irénikatché Akponikpè

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Statistical Damage Constitutive Model for Cemented Sand considering the Residual Strength and Initial Compaction Phase by Cai Tan, Ming-dao Yuan, Yong-sheng Shi, Bing-sheng Zhou, Hao Li

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Ground Deformation Characteristics Induced by Mechanized Shield Twin Tunnelling along Curved Alignments by Dangzhong Wu, Kaiping Xu, Panpan Guo, Gang Lei, Kang Cheng, Xiaonan Gong

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Numerical modeling of RC column reinforced by new strategy using fiberglass tape and cloth by Aissa Boumedjane, Saadi Mohamed, Yahiaoui Djarir, noureddine Lahbari

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Simulation and Analysis of Small Break LOCA for AP1000 Using RELAP5-MV and Its Comparison with NOTRUMP Code by Eltayeb Yousif, Zhijian Zhang, Zhaofei Tian, Hao-ran Ju

“…In this paper, RELAP5-MV is applied for the transient analysis of the primary system variation of thermal hydraulics parameters in primary loop under SBLOCA in AP1000 NPP. …”
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Adaptive period decomposition network with muti-scale temporal variation learning for water level prediction by Hui Wang, LiPing Wang, QiCang Qiu, Yuyan Gao, WenJuan Li, QiuShun Wang

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Exploitation of Documented Historical Floods for Achieving Better Flood Defense by Slobodan Kolaković, Julius Fabian, Sándor Kovács, Ljubomir Budinski, Matija Stipić

“…Establishing Base Flood Elevation for a stream network corresponding to a big catchment is feasible by interdisciplinary approach, involving stochastic hydrology, river hydraulics, and computer aided simulations. A numerical model calibrated by historical floods has been exploited in this study. …”
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Assessing the Return Periods and Hydroclimatic Parameters for Rainwater Drainage in the Coastal City of Cotonou in Benin under Climate Variability by Djigbo Félicien Badou, José Hounkanrin, Jean Hounkpè, Luc Ollivier Sintondji, Agnidé Emmanuel Lawin

“…The Talbot model produced the lowest mean square errors for each quantile series and coefficients of determination closest to one, indicating that the parameters obtained from this model are well suited for designing hydraulic structures in Cotonou. The hydroclimatic parameters presented in this study will contribute to the improved design of hydraulic structures in the city of Cotonou.…”
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CFD Analysis of the Passive Decay Heat Removal System of an LBE-Cooled Fast Reactor by Jiarun Mao, Lei Song, Yuhao Liu, Jiming Lin, Shanfang Huang, Yaolei Zou

“…In addition, in-core decay heat and heat storage inside the main vessel are efficiently removed. All the thermal-hydraulics parameters are within a safe range. Moreover, the highest temperature occurs at the upper surface of the core. …”
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Design Flood Calculation Model for Extra-Small Watersheds in Ungauged Basin by Yun Wang, Zengchuan Dong, Xinhua Zhu, Wenzhuo Wang, Yupeng Liu, Ronghao Chen, Yunjia He

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MRCNN: Multi-input residual convolution neural network for three-dimensional reconstruction of bubble flows from light field images by Heng Zhang, Jiayi Li, Niujia Sun, Hua Li, Qin Hang

“…Accurate measurement of bubbles in air-water two-phase flows holds immense significance in the realm of thermal hydraulics assessments within nuclear reactors. Nevertheless, conventional bubble measurement techniques grapple with challenges encompassing system intricacy, limited real-time capabilities, and inaccuracies stemming from their inherent two-dimensional (2-D) nature. …”
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Thermos-Solid-Gas Coupling Dynamic Model and Numerical Simulation of Coal Containing Gas by Xiao Fukun, Meng Xin, Li Lianchong, Liu Jianfeng, Liu Gang, Liu Zhijun, Xu Lei

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Stability Assessment of the Excavated Rock Slope at the Dagangshan Hydropower Station in China Based on Microseismic Monitoring by K. Ma, N. W. Xu, Z. Z. Liang

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Numerical Study of Bubble Rising and Coalescence Characteristics under Flow Pulsation Based on Particle Method by Ronghua Chen, Minghao Zhang, Kailun Guo, Dawei Zhao, Wenxi Tian, Guanghui Su, Suizheng Qiu

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Design of a Waste Water Treatment System for Kampala International University-Western Campus. by Tayebwa, Gift

“…By considering the topography of the area, a gravity collection system was considered for the design and using design equations and the data obtained from the field, to obtain the flow of each pipe section, velocity, slope pipe sizes, residual head and head losses the pipe hydraulics were obtained. The invert levels for the manholes were also calculated and used to obtain the profile of the system. …”
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On the One-Dimensional Modeling of Vertical Upward Bubbly Flow by C. Peña-Monferrer, C. Gómez-Zarzuela, S. Chiva, R. Miró, G. Verdú, J. L. Muñoz-Cobo

“…The one-dimensional two-fluid model approach has been traditionally used in thermal-hydraulics codes for the analysis of transients and accidents in water–cooled nuclear power plants. …”
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