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Alexeenko Research Team
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Labs
High Vacuum Facility
High-Vacuum Lab at ASL
Fluid Dynamics of Pharmaceutical Freeze-Drying
Resource Guide
Aerosun
Importing Geometry into SMILE-3D
Download the Documentation
MEMOSA-FVM
Rappture on Aerosun
SiCortex
Tecplot Macros
Python Scrpit to Compute the Maximum Mass Flux
Revised Variable Soft Sphere and Lennard-Jones Model Parameters for Eight Common Gases up to 2200 K
Publications
Theses
Research
2D-3V Visualization of Non-Equilibrium Flows
Aerodynamic damping in MEMS
Contact Dynamics and Damping in High-G Digital Accelerometer
CRI-08
DSMC Simulations of Thin-Film Deposition in Vacuum
Freeze-Drying - LyoLab
Hybrid Continuum-Rarefied Solver
Hypersonic Aerothermodynamics
Immersed Boundary Method for Boltzmann Model Kinetic Equations
Knudsen Force Actuation and Sensing in Microsystems
Revised VSS and L-J Model Parameters for 8 Common Gases up to 2200 K
Uncertainty Quantification Analysis for Hypersonic CFD
Undergraduate Researchers
Unsteady 3D-3V ESBGK Solver in MEMOSA
Chemical reaction and internal energy exchange modeling by QCT-MD
LyoPRONTO Lyophilization PRocessOptimizatioN TOol
Group Meetings
Alexeenko Research Team
High-Vacuum Lab at ASL
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