International Association of Geodesy's 
Special Study Group 3.177

SYNTHETIC MODELLING OF THE EARTH'S GRAVITY FIELD
Home Aims Membership Views Circular letters Reports Models Software Bibliography


Members' Views and Recent Results

MEMBERS' VIEWS
 
 

Ideas by Will Featherstone
Ideas by Gabor Papp
Ideas by Petr Vanicek
Ideas by Peter Vajda
  RECENT RESULTS
 
 
A paper (PDF) by Will Featherstone, Curtin University of Technology, Australia, on the use of an 'effects' synthetic gravity field model to validate the techniques and software used to compute AUSGeoid98.
A paper (PDF) by Roger Haagmans, The Agricultural University of Norway, on the construction of a global synthetic gravity field (published in the Journal of Geodesy, 2000).
A paper (HTML) by Gabor Papp, Hungarian Academy of Sciences, on the construction of the lithospheric geoid using forward modelling based on a priori geophysical data.
PhD thesis by Roland Pail, Technical University of Graz, Austria, on the construction and application of a synthetic gravity field model for satellite gravity gradiometry.
A paper (PDF) by Giampietro Allasia, University of Turin, Italy, on the solution of Newton's integral using a continuous mass-density distribution (published in Computers and Mathematics with Applications, 2001).
A paper (PDF) by Ruediger Lehmann, Darmstadt University of Applied Science, Germany, describing MATLAB files to construct a synthetic gravity field based on an axisymmetric Earth model; also see Free software and data.
A paper (PDF) by Pavel Novak, University of Calgary, Canada, on the use of an 'effects' synthetic gravity field model to validate the techniques used by the University of New Brunswick to compute some Canadian geoid models. (published in the Journal of Geodesy, 2001).
 
Back to SSG3.177 homepage

This page is maintained by Professor Will Featherstone and Dr.-Ing. Michael Kuhn. It was last modified on the 19th of October, 2002.
It is mandatory to add a Curtin Disclaimer. CRICOS provider code: 00301J