Research interest
Research interest
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Theoretical Astrophysics
Theoretical Astrophysics
My main research interest is in theoretical Galaxy Formation. I am focusing on the cold gas accretion of massive galaxies at high redshift (z>2). In particular, I am studying (magneto-)hydrodynamical processes which can alter the dynamics of cold gas accretion using the astrophysical code Athena++ code on the supercomputer XC50. Such study mainly involves the following field:
My main research interest is in theoretical Galaxy Formation. I am focusing on the cold gas accretion of massive galaxies at high redshift (z>2). In particular, I am studying (magneto-)hydrodynamical processes which can alter the dynamics of cold gas accretion using the astrophysical code Athena++ code on the supercomputer XC50. Such study mainly involves the following field:
- Circumgalactic Medium content,
- Circumgalactic Medium content,
- Kelvin Helmholtz Instabilities and mixing layer theory,
- Kelvin Helmholtz Instabilities and mixing layer theory,
- Numerical Methods for MHD, anisotropic thermal transfer, radiative cooling, etc...
- Numerical Methods for MHD, anisotropic thermal transfer, radiative cooling, etc...
Test simulation of a free-fall in a dark matter potential of a cold stream with a magnetized background.
Computational Fluid Dynamics
Computational Fluid Dynamics
Besides this, I am interested in CFD and computational methods both from theory to application sides. This comprised but is not limited to:
Besides this, I am interested in CFD and computational methods both from theory to application sides. This comprised but is not limited to:
- the development of an in-house high-resolution code for MHD compressible flow, and a modified HLLD solver,
- the development of an in-house high-resolution code for MHD compressible flow, and a modified HLLD solver,
- the investigation of high-order multidimensional WENO scheme,
- the investigation of high-order multidimensional WENO scheme,
- turbulence modeling with isotropic and anisotropic RANS models.
- turbulence modeling with isotropic and anisotropic RANS models.
Detached Eddy Simulation of the Cranfield University jetstream-31 (using ANSYS-Fluent). [see paper]
Circular blast wave simulation (periodic conditions) using the in-house code developed and the new Riemann solver.
Orszag-Tang vortex simulations using the in-house code developed and the new Riemann solver.
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