基于深度学习的洪水预测框架通过LSTM和CNN模拟HEC-RAS 1D/2D模型，实现高效实时预报。 随着全球气候变化加剧，洪涝灾害的频发与破坏力显著提升，传统水文模型面临计算效率与物理机制解释力的双重挑战。本研究针对东南亚典型季风河三角洲地区，创新性地构建 ...

全球气候变化导致频繁洪旱灾害，河床形态变化对鱼类栖息地的影响需重新评估。本研究以韩国Geum-gang River下游12.8公里砾石河段为对象，利用HEC-RAS 1D模型模拟洪水后河床形态与底质变化，结合目标鱼类Zacco koreanus的栖息地曲线，分析水深增加与河床侵蚀对物理 ...

The Primary focus of THE LIGHTER SIDE OF RC revolves around my love of FLYING & BUILDING all types of model aircraft! It's unfortunate that I didn't start this earlier as I have been involved in the ...

The impacts caused by flood waves due to dam ruptures usually cause irreversible damages to the resident population, and, the loss of body equilibrium in floods contributes to aggravate this scenario.

Dams offer numerous benefits to society, but their failure can lead to catastrophic floods, causing severe damage to both people and property. Simulating dam break events and subsequent floods is ...

Can we have some guidance on how computation times are affected based on launching multiple HEC-RAS processes, is HEC RAS compute or memory intensive, and what is the optimum number of thread count ...

HEC-RAS 1D Sediment Transport-v4-20240414_122004.pdf 127080 HEC-RAS 2D Sediment Technical Reference Manual-v6-20240414_122125.pdf 39239 HEC-RAS 2D Sediment User Manual-v2-20240414_122036.pdf 38014 HEC ...