Geodetic Boundary Value Problem: the Equivalence between Molodensky’s and Helmert’s Solutions

Nonfiction, Science & Nature, Science, Earth Sciences, Geophysics, Mathematics, Applied
Cover of the book Geodetic Boundary Value Problem: the Equivalence between Molodensky’s and Helmert’s Solutions by Fernando Sansò, Michael G.  Sideris, Springer International Publishing
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Author: Fernando Sansò, Michael G. Sideris ISBN: 9783319463582
Publisher: Springer International Publishing Publication: November 9, 2016
Imprint: Springer Language: English
Author: Fernando Sansò, Michael G. Sideris
ISBN: 9783319463582
Publisher: Springer International Publishing
Publication: November 9, 2016
Imprint: Springer
Language: English

This book offers a new approach to interpreting the geodetic boundary value problem, successfully obtaining the solutions of the Molodensky and Stokes boundary value problems (BVPs) with the help of downward continuation (DC) based methods. Although DC is known to be an improperly posed operation, classical methods seem to provide numerically sensible results, and therefore it can be concluded that such classical methods must in fact be manifestations of different, mathematically sound approaches.

Here, the authors first prove the equivalence of Molodensky’s and Stoke's approaches with Helmert’s reduction in terms of both BVP formulation and BVP solutions by means of the DC method. They then go on to show that this is not merely a downward continuation operation, and provide more rigorous interpretations of the DC approach as a change of boundary approach and as a pseudo BVP solution approach.

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This book offers a new approach to interpreting the geodetic boundary value problem, successfully obtaining the solutions of the Molodensky and Stokes boundary value problems (BVPs) with the help of downward continuation (DC) based methods. Although DC is known to be an improperly posed operation, classical methods seem to provide numerically sensible results, and therefore it can be concluded that such classical methods must in fact be manifestations of different, mathematically sound approaches.

Here, the authors first prove the equivalence of Molodensky’s and Stoke's approaches with Helmert’s reduction in terms of both BVP formulation and BVP solutions by means of the DC method. They then go on to show that this is not merely a downward continuation operation, and provide more rigorous interpretations of the DC approach as a change of boundary approach and as a pseudo BVP solution approach.

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