We welcome contributions across numerical and laboratory modelling, physical volcanology, planetary geology, geodesy and geophysics that focus on building and informing cutting art mechanical models of magma-induced deformation by:
- simulating more realistic rheologies and mechanical heterogeneities from rock testing, geophysical measurements or geological field observation
- exploring limitations of typical model assumptions by comparing and integrating field/experimental/numerical methods
- developing new modelling applications that simulate previously unconstrained mechanics and dynamic propagation
- developing dedicated 3D modelling approaches
- using AI or machine learning to analyse model sensitivities in large data sets