Supplementary datasets to accompany Walker et al. (2021) Segment tip geometry of sheet intrusions, I: Theory and numerical models for the role of tip shape in controlling propagation pathways.Supplementary File 1: Superellipse maximum curvature calculator.Supplementary File 2: Model results data.Supplementary File 3: COMSOL Multiphysics (v5.3) model file (.mph format).The citation for these resources is: Walker RJ, Stephens TL, Greenfield C, Gill SPA, Healy D, Poppe S. (2021) Segment tip geometry of sheet intrusions, I: Theory and numerical models for the role of tip shape in controlling propagation pathways. Volcanica 4(2): 189–201. DOI: 10.30909/vol.04.02.189201</div
In this dataset, we provide 66 published outcrop maps digitized by our pixel-based fracture detectio...
We have modeled magma flow in a dike rising in a crack whose strike runs from a highland or ridge to...
We investigate the processes of growth and consumption of rifted stratovolcanoes to better understan...
Supplementary datasets to accompany Walker et al. (2021) Segment tip geometry of sheet intrusions, I...
This study was conducted without allocated funding. Catherine Greenfield is a Daphne Jackson Trust R...
Inferences about sheet intrusion emplacement mechanisms have been built largely on field observation...
Igneous sheet intrusions are segmented across several orders of magnitude, with segment tip geometry...
The geometry and distribution of planar igneous bodies (i.e. sheet intrusions), such as dykes, sills...
This data set is the supplementary material to Grosse et al. (2020) 'Volcano growth versus deformati...
International audienceIgneous sheet intrusions, such as dykes and cone sheets, represent various geo...
International audienceSwarms of hundreds to thousands of igneous sheet intrusions represent the main...
International audienceInclined cone-sheets and sub-vertical dykes constitute the two principal types...
In this dataset, we provide 66 published outcrop maps digitized by our pixel-based fracture detectio...
We have modeled magma flow in a dike rising in a crack whose strike runs from a highland or ridge to...
We investigate the processes of growth and consumption of rifted stratovolcanoes to better understan...
Supplementary datasets to accompany Walker et al. (2021) Segment tip geometry of sheet intrusions, I...
This study was conducted without allocated funding. Catherine Greenfield is a Daphne Jackson Trust R...
Inferences about sheet intrusion emplacement mechanisms have been built largely on field observation...
Igneous sheet intrusions are segmented across several orders of magnitude, with segment tip geometry...
The geometry and distribution of planar igneous bodies (i.e. sheet intrusions), such as dykes, sills...
This data set is the supplementary material to Grosse et al. (2020) 'Volcano growth versus deformati...
International audienceIgneous sheet intrusions, such as dykes and cone sheets, represent various geo...
International audienceSwarms of hundreds to thousands of igneous sheet intrusions represent the main...
International audienceInclined cone-sheets and sub-vertical dykes constitute the two principal types...
In this dataset, we provide 66 published outcrop maps digitized by our pixel-based fracture detectio...
We have modeled magma flow in a dike rising in a crack whose strike runs from a highland or ridge to...
We investigate the processes of growth and consumption of rifted stratovolcanoes to better understan...