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3-D Modeling of Irregular Volcanic Sources Using Sparsity-Promoting Inversions of Geodetic Data and Boundary Element Method
Guang Zhai, Manoochehr Shirzaei
Earth and Space Exploration, School of (SESE)
Research output
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Contribution to journal
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Article
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peer-review
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Scopus citations
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Dive into the research topics of '3-D Modeling of Irregular Volcanic Sources Using Sparsity-Promoting Inversions of Geodetic Data and Boundary Element Method'. Together they form a unique fingerprint.
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Physics & Astronomy
datum (elevation)
100%
volcanology
78%
boundary element method
59%
inversions
44%
magma
27%
geometry
15%
subsidence
15%
differential pressure
12%
intrusion
12%
crusts
11%
compartments
10%
norms
10%
point sources
8%
discontinuity
8%
kinematics
7%
boundary conditions
6%
Earth & Environmental Sciences
geodetic datum
70%
boundary element method
67%
inversion
38%
volume change
36%
modeling
23%
geometry
21%
magma
16%
source parameters
13%
outlier
11%
norm
10%
point source
10%
discontinuity
9%
subsidence
9%
kinematics
9%
uplift
8%
boundary condition
8%
crust
8%
melt
7%
distribution
7%
indicator
6%
test
4%
Chemical Compounds
Volume
31%
Kinematics
25%
Surface
17%
Indicator
16%
Displacement
14%
Dimension
13%
Shape
11%
Pressure
10%