mkreher13

Graduate student at MIT Nuclear Science & Engineering and @mit-crpg

Pinned Repositories

18337Project
Optimization of the Random Ray code
Language:Python00
212HW2
212 HW2: Random Ray MOC
Language:Python0 1 00
212Project
22.212 Project: The Nodal Expansion Method
Language:Python2 1 01
213HW3
Time-integrated rod movement in a slab reactor.
Language:Python0 2 01
LRA-HOLO-transients
A comparison of high-order/low-order transient techniques on the 2D LRA benchmark.
Language:Python01
MCfeedback
Coupled Thermal-MC code to study feedback effects in Monte Carlo
Language:Python12
openmc
OpenMC Monte Carlo Code
Language:Python00
TOGA
Tool for Optimization and Group-structure Analysis of nuclear multi-group cross sections
Language:Python00
WalshOpenMC
URR modules for OpenMC
Language:Python00
openmc
OpenMC Monte Carlo Code
Language:Python743 73 1.1k476

mkreher13's Repositories

mkreher13/212Project
22.212 Project: The Nodal Expansion Method
Language:Python2 1 01
mkreher13/MCfeedback
Coupled Thermal-MC code to study feedback effects in Monte Carlo
Language:Python12
mkreher13/18337Project
Optimization of the Random Ray code
Language:Python00
mkreher13/212HW2
212 HW2: Random Ray MOC
Language:Python0 1 00
mkreher13/213HW3
Time-integrated rod movement in a slab reactor.
Language:Python0 2 01
mkreher13/LRA-HOLO-transients
A comparison of high-order/low-order transient techniques on the 2D LRA benchmark.
Language:Python01
mkreher13/openmc
OpenMC Monte Carlo Code
Language:Python00
mkreher13/TOGA
Tool for Optimization and Group-structure Analysis of nuclear multi-group cross sections
Language:Python00
mkreher13/WalshOpenMC
URR modules for OpenMC
Language:Python00