NCCHE Modeling System for Water Resource Problems

来源:党委研究生工作部、可再生能源学院发布时间:2018-07-10阅读次数:

讲座题目NCCHE Modeling System for Water Resource Problems

讲座时间】2018年7月11日(星期三)9:30

讲座地点】北京校部主楼B区702

主 讲 人】张耀新

主讲人简介

张耀新,1975年1月出生,博士,美国密西西比大学国家计算水文科学与工程中心(NCCHE)资深研究员,1997年毕业于武汉水利电力大学港口、航道及近海工程,2000年获武汉大学水力学及河流动力学硕士学位,2004年获美国密西西比大学水科学计算哲学博士学位。2004年至今一直在密西西比大学国家计算水文科学与工程中心工作,其主要研究领域包括网格生成(结构化和非结构化)、图形用户界面(GUI)开发、水动力建模、水流模拟、泥沙输移和并行计算等,共发表论文70多遍,其开发的应用程序(CCHE-GUI、CCHE-MESH)被美国陆军工程兵团、瑞士水力学实验室等诸多科研单位广泛使用。

讲座内容简介

This presentation gives a brief introduction of CCHE2D/3D model system and its capabilities. CCHE2D/3D is a state-of-the-art numerical modeling system developed at the National Center for Computational Hydro-science and Engineering (NCCHE) at the University of Mississippi. The model targets simulating water resource and environment related problems. It is capable of simulating free surface river flows, flooding/dam-break flows, sediment transport, morphological changes, chemical pollutant transport, environmental water quality, hurricane and coastal storm surge and wave processes. Recently, this hydro-dynamic model has been extended to simulate the rain-induced overland flow. It is capable of simulating rainfall events on soil plots, small watershed, and urban areas. For soil erosion simulations, fixed-bed rainfall simulation is providing detailed flow fields to give general guides on the distribution of conservation measures. The mobile-bed rainfall simulation with splash erosion and sediment transport is under development. Since its initial development in the 1990s, it has been continuously developed and updated at the NCCHE and used by thousands of users in the US and worldwide. Many federal and state agencies have been CCHE2D users including USACE, USDA-ARS, NOAA, USGS, US Fish &Wildlife Service, USEPA, CA Dept. Water Res., Oak Ridge National Lab, North Alamo National Lab, US Navy Naval Oceanographic Office, US Marine Corps, Desert Res. Ins., National Disaster Preparedness Training Center, etc. 

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