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U.S. Participant Travel to 8th International Conference on Computational Methods in Water Resources, June 11-15,1990in Venice, Italy

U.S. Participant Travel to 8th International Conference on Computational Methods in Water Resources, June 11-15,1990in Venice, Italy
美国与会者前往参加 1990 年 6 月 11 日至 15 日在意大利威尼斯举行的第八届水资源计算方法国际会议
批准号:
9007634
负责人:
George Pinder
金额:
$2.0万
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
1990
资助国家:
美国
项目状态:
已结题
起止时间:
1990-06-15 至 1991-11-30

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中文摘要
翻译
计算方法国际会议 水资源会议将于1990年6月11日至15日举行 在意大利的威尼斯。 这是一系列会议中的第八次 有限元法在水资源中的应用, 从这次会议开始扩大。 问题 包括:地下水流量, 湖泊和河口,遥感,环境 系统分析和优化,以及盐水 入侵。 在以下方面作出了重大努力: 吸引国际领先的研究人员 补充本次会议的广泛焦点。 这是 主要会议集中在计算- 农业-水资源界面和这一行动 为美国公民提供部分旅行和每日津贴。 邀请演讲者,组织者和学生参与者。 The conference is being hosted by the会议由 应用科学的数学方法和模型, 帕多瓦大学。 除了传统的介绍, 会议将包括两个论坛, 与会者已被邀请解决“标准 水资源超级计算中的“问题”, 波在浅沃茨中的传播。 目的是 提供不同数值的系统比较 解决困难但重要的问题的方法, 水资源应用。
英文摘要
The International Conference on Computational Methods in Water Resources will be held during June 11-15, 1990 in Venice, Italy. This is a eighth in a series of meetings on finite elements methods in water resources which is being broadened starting with this meeting. The problem areas to be covered include; groundwater flow, flow in lakes and estuaries, remote sensing, environmental systems analysis and optimization, and salt-water intrusion. Significant effort have been expended in attracting leading international researchers to complement the broad focus of this meeting. This is the major conference focusing on the computational- mathematical-water resources interface and this action provides partial travel and per-diem support for U.S. invited speakers, organizers, and student participants. The conference is being hosted by the Dipartimento di Metodi e Modelli Matematica per le Scienze Applicate, Universita degli Studi Padova. In addition to the traditional presentations, this conference will include two forums in which the participants have been invited to solve " standard problems" in Supercomputing in Water Resources and Wave Propagation in Shallow Waters. The purpose is to provide a systemic comparison of different numerical solution methods for problems difficult but important to water resources applications.
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会议论文
Symposium on Scientific and Engineering Tools to Address Grounwater Depletion
EAGER: Contaminant Transport Behavior in and at the Interface of Fine-Grained Sediments; Visualization, Simulation and Analysis
EAGER: Quantitative Environmental Risk Assessment of Energy Extraction from Deep Shale Formations
Collaborative Research: EAGER: A New Approach to the Analysis of the Risk of Hydrofracking Fluid Migration from Unconventional Shales to Groundwater Reservoirs
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