Journal Articles and Presentations

2021

Main author	Journal	Title
E. Belli	Phys. Plasmas	Asymmetry between deuterium and tritium turbulent particle flows
R. Arbon	Plasma Phys. Control. Fusion	Rapidly-convergent flux-surface shape parameterization

Presenter	Meeting	Title
`B. Lyons`	APS DPP	Predicting Performance and Stability of Tokamak Plasmas Using Flexible Integrated Modeling
`T. Neiser`	APS DPP	Directing TGLF saturation rule development with machine learning tools
`O. Meneghini`	APS DPP	Ushering the US integrated modeling community into the ITER IMAS era
`T. Slendebroek`	APS DPP	Elevating zero-dimensional predictions of tokamak plasmas to self-consistent theory-based simulations
`X. Jian`	APS DPP	Role of Beta-Induced Alfvén Eigenmode in DIII-D high βp scenario

Main author	Journal	Title
J. Candy	Computers and Fluids	Multiscale-optimized plasma turbulence simulation on petascale architectures

Presenter	Meeting	Title
`J. Candy`	SciDAC-4 PI	The Advanced Tokamak Modeling Environment (AToM-2019) for Fusion Plasmas
`C. Holland`	SciDAC-4 PI poster	The Advanced Tokamak Modeling Environment (AToM) for Fusion Plasmas
`O. Meneghini`	IAEA TM	Neural-network accelerated core-pedestal coupled simulations and applications to ITER
`O. Meneghini`	IAEA TM	Interfacing OMFIT with ITER IMAS via OMAS
`J. Candy`	GTC	Advancing Fusion Science with CGYRO using GPU-Based Leadership Systems

Main author	Journal	Title
E.A. Belli	Phys. Plasmas	Impact of centrifugal drifts on ion turbulent transport
J. Candy	J. Comput. Phys.	Spectral treatment of gyrokinetic shear flow
J.M. Park	Phys. Plasmas	Integrated modeling of high betaN steady state scenario on DIII-D

Presenter	Meeting	Title
`J. Candy`	Supercomputing	GPU-Acceleration of Plasma Turbulence Simulations for Fusion Energy
`J. Candy`	SciDAC-4 PI	The Advanced Tokamak Modeling Environment (AToM) for Fusion Plasmas

Main author	Journal	Title
E.A. Belli	Plasma Phys. Control. Fusion	Implications of advanced collision operators for gyrokinetic simulation
O. Meneghini	Nucl. Fusion	Self-consistent core-pedestal transport simulations with neural network accelerated models
J.M. Park	Comput. Phys. Commun.	An efficient transport solver for tokamak plasmas’

Main author	Journal	Title
J. Candy	J. Comput. Phys.	A high-accuracy Eulerian gyrokinetic solver for collisional plasmas
M.A. Dorf	Phys. Plasmas	Continuum kinetic modeling of the tokamak plasma edge
G. Abla	Fusion Eng. Des.	The MPO system for automatic workflow documentation
O. Meneghini	Phys. Plasmas	Integrated fusion simulation with self-consistent core-pedestal coupling
O. Meneghini	Nucl. Fusion	Integrated modeling applications for tokamak experiments with OMFIT

Presenter	Meeting	Title
O. Meneghini	ITPA	Development and validation of EPED1-NN a neural-network regression of the EPED1 model
D.L. Green	Unknown	Integrating RF Heating into Whole Device Modeling

Main author	Journal	Title
O. Meneghini	Nucl. Fusion	Integrated modeling applications for tokamak experiments with OMFIT

Presenter	Meeting	Title
D. Batchelor	TRANSP Users Group	Integrated Plasma Simulator (IPS)
`J. Candy`	SciDAC-3 PI	AToM: Advanced Tokamak Modeling: Introduction and First Physics Results
S.J. Diem	APS DPP	Study of ITER Steady-State High \({q_\mathrm{min}}\) Scenarios Using FASTRAN/IPS Integrated Transport Modeling
`D.L. Green`	SciDAC-3 PI	AToM: Advancing Mission-Critical Tokamak Modeling Workflows on HPC Systems
C. Holland	TTF	Testing the Skill of Core Transport Models in Accurately Capturing Rotation and Heating Effects in I- and H-mode Plasmas
G.Q. Li	APS DPP	ELM Behavior in High-\({\beta_p}\) EAST-Demonstration Plasmas on DIII-D
M. Dorf	APS DPP	Continuum Kinetic Modeling of the Tokamak Plasma Edge
O. Meneghini	APS DPP	Development and Validation of a Self-Consistent Core, Pedestal and Equilibrium Model
O. Meneghini	TRANSP Users Group	Integrated modeling with TRANSP and OMFIT
D. Orlov	TTF	The effects of non-axisymmetric perturbation field spectrum on core and edge transport in DIII-D
P.B. Snyder	APS DPP	The EPED Pedestal Model: Validation, Super H-Mode, and Core-Pedestal Coupling
P.B. Snyder	TTF	The EPED Pedestal Model: Super H-mode, statistical tests and integrated modeling
P.B. Snyder	Unknown	Physics of the H-mode pedestal and the EPED model
P.B. Snyder	Unknown	Prediction, testing and optimization of the pedestal and the coupled pedestal-core system for reactor relevant scenarios