2021 ASC PI Meeting Virtual Poster Session


Breakout Room A 12:20 - 12:50
CS: workflow and orchestration
Moderator: Johnathan Vo (SNL)
Ian Henriksen UT Austin Parla: An Orchestration System for Diverse Architectures
Valentin Churavy MIT Julia in HPC for CESMIX
Cuong Nguyen, Emmanuel Lujan MIT MDP.jl: a flexible and scalable framework for molecular dynamics force calculations and potential fitting
Purvi Goel  Stanford Data analysis and browsing for rocket ignition simulations
Amanda Bienz UNM Reducing Communication Costs in AMG with Persistent Neighborhood Collectives



Breakout Room B 11:50 - 12:20
Computational frameworks
Moderator: Dave Richards (LLNL)
Wyatt Hagen UIUC A new simulation with a new code: scramjet unstart with MIRGE-Com
Ilham Variansyah Notre Dame MC/DC: A Python-based Monte Carlo Neutron Transport Program Designed for High Performance Computations
Kazuki Maeda Stanford Development of a computational framework for exascale simulation of complex flows in a rocket combustor
Nathan Miller CU Boulder An Overview of the Tardigrade Computational Framework
Loek van Heyningen, Teo Collin MIT Hypersonic flow simulation at the exascale: high-order methods, nonequilibrium effects, and DSLs



Breakout Room B 12:50 - 1:20
Experimental methods
Moderator: Chris Ticknor (LANL)
Isabella (Izzi) Gessman UIUC Supersonic combustion prediction target experiments in the ACT-II
G. Surina, S. Aphale, K. Budzinski and P. DesJardin Buffalo New Insights to Hybrid Rockets using a Slab Motor Experiment 
Summer Camerlo Colorado School of Mines Processing and Characterization of Particulate Materials Simulating High Explosives
Pooyan Javadzadeh Colorado School of Mines Quasi-static Mechanical Response of Particulate Materials Simulating High Explosives
Ruairi O'Connor UT Austin Capacitive Glow Discharge Studies for Validation of the ICP Torch Model
Dan Fries UT Austin Experimental Characterization of ICP Torch Operation



Breakout Room C 12:20 - 12:50
Materials & chemistry
Moderator: Jimmy Carleton (SNL)
Jacob Faibussowitsch UIUC Mesh generation and cohesive zone fracture simulation in graphite
V. Amiri Roodan, R. Asatryan and M. Swihart Buffalo Detailed chemical kinetic reaction mechanisms for n-alkane combustion at low and intermediate temperatures
Matthias Neuner Stanford Implicit gradient-enhanced damage formulation for the micromorphic continuum
Dionysios Sema, Mathew Swisher, Andrew Rohskopf MIT Molecular modeling: scaling up from quantum mechanics
Sam Lamont CU Boulder The Statistical Mechanics of Granular Assemblies


Breakout Room C 12:50 - 1:20
Machine learning / data science
Moderator: Tim Wildey (SNL)
A. Salunkhe, S.  Aphale, P. DesJardin, V. Chandola Buffalo Developing a Machine Learning Framework for Chemistry Tabulation and Lookup
Chris Cundy  Stanford Machine learning for atomization of liquid jets
Nick Vlassis Columbia Geometric learning enabled upscaling for path-dependent microstructures
Shane McQuarrie UT Austin Data-driven Reduced-order Models via Regularized Operator Inference
Jeffrey Hokanson Stanford Generating ensemble runs of a rocket combustor for data science and exploration