Fluid Dynamical Models for Determining Wind Characteristics and Their Application in Pakistan

确定风特性的流体动力学模型及其在巴基斯坦的应用

• 批准号: 8709973
• 负责人: Mariano Estoque
• 金额: $ 7.7万
• 依托单位: University of Miami
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 1987
• 资助国家: 美国
• 起止时间: 1987-07-01 至 1990-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=8709973&HistoricalAwards=false
• 关键词: Fluid; Dynamical; Models; Determining; Wind

This project provides support for research, by Drs. Mariano A. Estoque and T. Nejat Veziroglu of the University of Miami, and by Dr. A. A. Junejo of Pakistan's Appropriate Technology Development Organization, and Dr. M.Y. Akhtar of the National Institute of Power, to develop models for determining detailed wind distribution over complex terrain, and to apply the models to selected regions of Pakistan. Input for these models are the prevailing flow field and geographical distribution of the terrain elevation. The modeling results are expected to provide data for preparing detailed wind atlases for selected regions of Pakistan. These will provide important information for the development of wind energy in that country, both for agriculture and industrial use. The U.S.-Pakistan Program supports joint research where the technical capabilities of scientists and the facilities complement each other, and where the research is likely to benefit both countries. These conditions are met in this project. The U.S. researchers have worked on energy research for many years with considerable results and publications. Dr. Estoque has extensive research experience in meteorology and boundary layer studies. The Pakistani collaborators are well-qualified scientists with long research experience in their fields. The research is of particular importance to Pakistan because of its interest in developing renewable energy sources. It is also important to the U.S. since modeling weather conditions in various regions of the world could lead to better understanding of the weather in the U.S. The project has the support of the Government of Pakistan which is providing the costs of the activities to be carried by that country's scientists. The project is to be funded over three years as follows: 1. University of Miami, INT-8709973 FY87: U.S.$11,000 (INT) + U.S.$10,000 (ECES) + SFC$14,000 (Pakistani currency) FY88: U.S.$11,000 (INT) + U.S.$10,000 (ECES) 89: U.S.$11,000 (INT) + U.S.$10,000 (ECES) 2. Pakistan's Appropriate Technology Development Organization To be funded by Pakistan's Ministry of Science and Technology

该项目为Mariano A. Estoque 和T.迈阿密大学的Nejat Veziroglu和A. A.尤内霍 巴基斯坦的适当技术发展组织，博士。 我的国家电力研究所的Akhtar开发了 确定复杂地形上的详细风分布，并应用 巴基斯坦的一些地区。 这些模型的输入是 主要的流场和地形的地理分布 提升 模拟结果有望为 为巴基斯坦的选定地区准备详细的风地图集。 这些 将为我国风能开发提供重要信息， 这个国家，无论是农业还是工业。 美国-巴基斯坦 该计划支持联合研究， 科学家和设施相辅相成， 这项研究很可能对两国都有利。 这些条件在 这个项目 美国研究人员多年来一直致力于能源研究， 大量的成果和出版物。 埃斯托克博士对 具有气象学和边界层研究方面的经验。 巴基斯坦 合作者是具有长期研究经验的合格科学家 在他们的领域。 这项研究对巴基斯坦特别重要 因为它对开发可再生能源很感兴趣。 是 对美国也很重要，因为模拟了各种天气条件， 世界各地的天气可以更好地了解在 该项目得到了巴基斯坦政府的支持， 是提供该国开展活动的费用， 科学家 该项目将在三年内得到如下供资： 1. 迈阿密大学，INT-8709973 87财年：美元11，000（INT）+美元10，000（ECES）+SFC $14，000（巴基斯坦人 货币） FY 88：美元11，000（INT）+美元10，000（ECES） 89：美元11，000（INT）+美元10，000（ECES） 2. 巴基斯坦的适当技术开发组织 由巴基斯坦科技部资助