Jochen Kämpf

Ocean Modelling for Beginners (eBook, PDF)

Using Open-Source Software

• Format: PDF

Produktbeschreibung

Thisbookfocusesonthedynamicsoftheoceanbeingin?uencedbytheEarth'sro- tion and density strati?cation. Fluids in motion are a dif?cult subject of study that traditionally requires advanced knowledge of analytical mathematics, in particularly matrix algebra, differential and integral calculus, and complex analysis. Hence, this fascinating ?eld of science, known as geophysical ?uid dynamics, is accessible only to a limited number of students - those who either are naturally geniuses or those who underwent tough years of intense University study. Fluid processes are inherently complex and analytical solutions describing ?uid dynamics exist only in a few instances and only under highly simpli?ed assu- tions. Computer-based numerical models are required to approximate ?uid beh- ior in more realistic situations. Because of its complexity, universities tend to offer subjects in computational modelling of ?uid dynamics only at postgraduate level. This is a pity given that ?uid processes are truly fascinating in nature and given that the oceans play a signi?cant role in shaping life on Earth. The approach I pursue in this book is different from the traditional approach.

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Produktdetails

• Verlag: Springer Berlin Heidelberg
• Seitenzahl: 175
• Erscheinungstermin: 8. Oktober 2009
• Englisch
• ISBN-13: 9783642008207
• Artikelnr.: 37371090

Autorenporträt

This book offers excellent interactive learning material for undergraduate/graduate students interested in dynamical processes occurring in the ocean and the computer-based modelling thereof. Only minimum mathematical background knowledge is required and the many exercises of this book are based on freely available open-source software. Complete model codes and animation scripts are provided for each exercise.

Inhaltsangabe

Requirements.- Motivation.- Basics of Geophysical Fluid Dynamics.- Long Waves in a Channel.- 2D Shallow-Water Modelling.- Rotational Effects.