Page 134 - 2025年第56卷第10期
P. 134
[ 8 ] 黄 国 如 , 陈 文 杰 , 喻 海 军 . 城 市 洪 涝 水 文 水 动 力 耦 合 模 型 构 建 与 评 估[J] 水 科 学 进 展 , 2021, 32(3):
.
334-344.
.
[ 9 ] ROSSMAN L A,SIMON,M A. Storm Water Management Model User's Manual Version 5. 2[M] Cincinnati:US
Environmental Protection Agency,2022.
[ 10] 李鑫月,侯精明,刘园,等 . 基于一维二维耦合水动力模型的极端暴雨下地下空间洪水过程模拟[J] 水动力
.
学研究与进展 A 辑,2024,39(3):434-441.
[ 11] 郑茂辉,姚帅,周念清,等 . 一维管网与二维地表双向耦合的城市暴雨内涝模拟[J] 同济大学学报(自然科
.
学版),2024,52(2):223-231.
[ 12] WANG S,WANG J,XIN K,et al. Urban flood modeling with a novel coupling method of surface and sewer hydro⁃
dynamic processes[J] Water Science and Technology,2024,89:3021-3034.
.
[ 13] 王小杰,夏军强,李启杰,等 . 考虑不同水流交换模式的城市洪涝一维二维双向耦合模型[J] 水科学进展,
.
2024,35(2):244-255.
[ 14] HAN H,HOU J,JIN Z,et al. A GPU-based hydrodynamic numerical model for urban rainstorm inundation simu⁃
.
lations[J] Journal of Hydroinformatics,2024,26(1):1-19.
[ 15] LE P V V, KUMAR P, VALOCCHI A J, et al. GPU-based high-performance computing for integrated surface-
sub-surface flow modeling[J] Environmental Modelling & Software,2015,73:1-13.
.
[ 16] COSTABILE P, COSTANZO C, KALOGIROS J, et al. Toward street-level nowcasting of flash floods impacts
.
based on HPC hydrodynamic modeling at the watershed scale and high-resolution weather radar data[J] Water
Resources Research,2023,59:e2023WR034599.
[ 17] 银雅伦,侯精明,李欣怡,等 . GAST-SWMM 耦合数值模型在大尺度城区致涝风险评估中的应用[J] 环境工
.
程,2024,42(4):82-90.
[ 18] BUTTINGER-KREUZHUBER A, KONEV A, HORVÁTH Z, et al. An integrated GPU-accelerated modeling
framework for high-resolution simulations of rural and urban flash floods[J] Environmental Modelling & Software,
.
2022,156:105480.
[ 19] FANG J,HUANG C,TANG T,et al. Parallel programming models for heterogeneous many-cores: a comprehen⁃
sive survey[J] CCF Transactions on High Performance Computing,2020,2(4):382-400.
.
[ 20] TROTT C R,LEBRUN-GRANDIE D,ARNDT D,et al. Kokkos 3: Programming model extensions for the exas⁃
.
cale era[J] IEEE Transactions on Parallel and Distributed Systems,2022,33(4):805-817.
[ 21] 郑亮,黎坤运,周兴彬,等 . 基于 Kokkos 模板元编程的性能可移植求解器开发[J] 数据与计算发展前沿,
.
2024,6(1):12-20.
[ 22] CAVIEDES-VOULLIÈME D, MORALES-HERNÁNDEZ M, NORMAN M R, et al. SERGHEI (SERGHEI-
SWE)v1. 0: a performance-portable high-performance parallel-computing shallow-water solver for hydrology and
environmental hydraulics[J] Geoscientific Model Development,2023,16:977-1008.
.
[ 23] LI Z,LI H,ZHANG Z,et al. Influence of building collapse on pluvial and fluvial flood inundation of metro stations
in central Shanghai[J] Natural Hazards and Earth System Sciences,2024,24:3977-3990.
.
[ 24] LI Z, RICKERT G, ZHENG N, et al. SERGHEI v2. 0: introducing a performance-portable, high-performance
three-dimensional variably-saturated subsurface flow solver (SERGHEI-RE)[J] Geoscientific Model Development,
.
2025,18:547-562.
[ 25] CARTER EDWARDS H, TROTT C R, SUNDERLAND D. Kokkos: Enabling manycore performance portability
.
through polymorphic memory access patterns[J] Journal of Parallel and Distributed Computing,2014,74:3202-
3216.
[ 26] MORALES-HERNÁNDEZ M, SHARIF M B, KALYANAPU A, et al. TRITON: A Multi-GPU open source 2D
.
hydrodynamic flood model[J] Environmental Modelling & Software,2021,141:105034.
.
[ 27] 汪德爟 . 计算水力学理论与应用[M] 北京:科学出版社,2011.
[ 28] LI D, TAO Y, ZHANG J, et al. A simple and efficient method with godunov-type schemes for flow simulation at
.
junctions of open channel networks[J] Journal of Hydrologic Engineering,2025,30:04024051.
[ 29] 石宝山,侯精明,王俊珲,等 . 基于 GAST 模型的突发水污染事故中污染物输移模拟[J] 武汉大学学报(工
.
学版),2022,55:1112-1119.
[ 30] 周领,王小龙,张海丽,等 . 基于有限体积法的含无压段泵站水锤模拟及调压井优化[J] 农业工程学报,
.
2023,39:66-75.
[ 31] 侯精明,王梓驿,李东来,等 . 管网排水能力对雨水口堵塞和管道淤积的响应规律模拟[J] 水科学进展,
.
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