Pinned Repositories
pore_impact_on_ppgd
This electrostatic model calculates the electric field distribution across the granite pores, thereby investigating the impact of the pore characteristics on the localized electric breakdown, which is responsible for the rock damage in the Plasma Pulse Geo Drilling process.
electropulse_stimulation_modeling
Modeling of electropulse induced damage
pamdi3d
Particle model for discharge simulation
plasma-Simulation-Zapdos
We are using [Zapdos code](https://github.com/shannon-lab/zapdos), based on [MOOSE] (https://mooseframework.org/), for simulating the plasma formation in rocks under a few hundred kilovolts. This is essential to understand the rock fracture mechanism under high voltage micropulse that has been achieved at different facilities.
plasmasolver
One dimensional plasma solver
pore_impact_on_ppgd
Numerical Modelling of Pore Characteristics in Plasma Pulse Geo Drilling using MOOSEFramework
pore_plasma_1D
thermal_spallation_model
thermal spallation model
zapdos
Open source Moose app for simulating low-temperature plasmas
mezzatf's Repositories
mezzatf/plasma-Simulation-Zapdos
We are using [Zapdos code](https://github.com/shannon-lab/zapdos), based on [MOOSE] (https://mooseframework.org/), for simulating the plasma formation in rocks under a few hundred kilovolts. This is essential to understand the rock fracture mechanism under high voltage micropulse that has been achieved at different facilities.
mezzatf/electropulse_stimulation_modeling
Modeling of electropulse induced damage
mezzatf/pamdi3d
Particle model for discharge simulation
mezzatf/plasmasolver
One dimensional plasma solver
mezzatf/pore_impact_on_ppgd
Numerical Modelling of Pore Characteristics in Plasma Pulse Geo Drilling using MOOSEFramework
mezzatf/pore_plasma_1D
mezzatf/thermal_spallation_model
thermal spallation model
mezzatf/zapdos
Open source Moose app for simulating low-temperature plasmas