A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The application of the right rectangular prism in the process determining the value of terrain correction
The effects of topographic masses on gravity were determined for the territory of Serbia by using the digital terrain model with resolution of 1 arch second in both directions. For the effect of distant masses, i.e. masses that are out of the territory of Serbia, a global digital model SRTM (Shuttle Radar Topography Mission) was used. All the topography masses were divided by using a right rectangle prism and classic terrain corrections was applied. Special attention was dedicated to the curvatures of the Earth surface and singularity points, where equations for first partial derivatives of prism gravity potential are not defined.
The application of the right rectangular prism in the process determining the value of terrain correction
The effects of topographic masses on gravity were determined for the territory of Serbia by using the digital terrain model with resolution of 1 arch second in both directions. For the effect of distant masses, i.e. masses that are out of the territory of Serbia, a global digital model SRTM (Shuttle Radar Topography Mission) was used. All the topography masses were divided by using a right rectangle prism and classic terrain corrections was applied. Special attention was dedicated to the curvatures of the Earth surface and singularity points, where equations for first partial derivatives of prism gravity potential are not defined.
The application of the right rectangular prism in the process determining the value of terrain correction
Odalović Oleg R. (author) / Grekulović Sanja M. (author) / Vasiljević Ivana M. (author)
2015
Article (Journal)
Electronic Resource
Unknown
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