Analytical and Computational Methods for the Atmosphere and the Ocean, and for Classical Fluid Mechanics

气象学、海洋学和流体力学的一些基本问题是通过数学工具的组合来解决的，从长远来看，这是为了提高计算机对这些现象的数值模拟。 这项建议也有很强的跨学科教育成分。 对于大气和海洋科学中的问题，提出了基本上影响数值预报的新观点，例如边界条件和计算中地形的处理。 在流体力学中考虑了更基本的概念，这些概念影响了我们对湍流的看法，湍流是一个具有工业重要性的问题。

Some fundamental problems of meteorology, oceanography, and fluid mechanics are addressed by a combination of mathematical tools in pursuit, in the long term, of improving the numerical simulation of these phenomena on computers. This proposal also has a strong interdisciplinary educational component. For problems in the atmospheric and ocean sciences, fundamentally new perspectives are proposed that affect the numerical predictions substantially, such as the boundary conditions and the treatment of the topography in the calculations. More fundamental concepts are considered in fluid mechanics, which affect our vision of turbulence, a problem of industrial importance.