Journal of Volcanology and Geothermal Research
contain an implementation of the dMODELS inversion code
This version allows to model geophysical sources (for earthquakes or volcanoes) by inverting GPS data only.
Arts, culture and entertainment/Culture/Language
inflation of a dippingfinite prolate spheroid
The experimental value of F , is . , much less than the theoret ical value . . This means that the improvement in fit of the prolatespheroid is not significant and the statistics are consistentwith a spherebeing the best fit to the GPS deformation velocities (Fig. ).
This RO contains an implementation of the dMODELS inversion code by Maurizio Battaglia. This version allows to model geophysical sources (for earthquakes or volcanoes) by inverting GPS data only. More details are available in the 'config' folder within the 'Content' section (see 'Description dModels.docx').
Geodesy, inversion model, volcanic source, seismic source
Vito Romaniello. "dMODELS for GPS inversion ." ROHub. Jul 27 ,2018. https://w3id.org/ro-id/21cf505f-c9a9-4741-ba0d-fdb79e46f1b3.
This RO includes also examples of input and output data (see the ‘
dMODEL is a MATLAB based software package, developed as a prac tical, working tool for geoscientists interested in applying mathematicalmodeling to investigate volcano and earthquake deformation.
Short communication dMODELS: A MATLAB software package for modeling crustal deformation near activefaults and volcanic centers
This RO contains an implementation of the dMODELS inversion code by Maurizio Battaglia.
Software required: Linux OS, Taverna, Matlab.
More details are available in the 'config' folder within the 'Content' section (see 'Description dModels.docx')
Disaster, accident and emergency incident/Disaster/Natural disasters/Earthquake
This RO contains the executable Taverna workflow Inversion_all.t2flow; you can launch this workflow on a Linux OS.
Volcano sourceSphere Magma chamber McTigue ( )Prolate spheroid Conduit Yang et al. ( )Penny shaped crack Sill Fialko et al. ( )Tensile dislocation Dike Okada ( , )
Science and technology/Technology and engineering/IT-computer sciences
Economy, business and finance/Economic sector/Computing and information technology/Software
Launch the Taverna software and open the Inversion_all.t2flow.
Economy, business and finance/Economic sector/Computing and information technology/Hardware
Science and technology/Natural science/Geology
Disaster, accident and emergency incident/Disaster/Natural disasters/Volcanic eruption