Quick Overview: This animation shows the evolution of the temperature field in a crystalline silicon slab upon the impact of an emim-t2fN droplet. From work published on Journal of the Mechanics and Physics of Solids, 56, 1955 (2008) and Physical Review Letters, 96, ... This animation shows the impact of a 10-nm emim-t2fN droplet on a crystalline silicon slab with a size of 48.8 x 36.5 x 48.8 nm3.

Md Simulation Of A Hypervelocity - Detailed Overview & Context

This animation shows the evolution of the temperature field in a crystalline silicon slab upon the impact of an emim-t2fN droplet. From work published on Journal of the Mechanics and Physics of Solids, 56, 1955 (2008) and Physical Review Letters, 96, ... This animation shows the impact of a 10-nm emim-t2fN droplet on a crystalline silicon slab with a size of 48.8 x 36.5 x 48.8 nm3. This animation shows the evolution of the radial component of the stress tensor field sigmaRR(r,theta,phi) throughout a symmetric ... This animation shows the evolution of the temperature field T(x,y) throughout a symmetric slice of crystalline Silicon wafer upon ... The Optimal Transportation Meshfree (OTM) method

The IMPETUS Afea Solver is used to model a Large scale Optimal Transportation Meshfree (OTM) This video is part of the Schrödinger Online Course series, Molecular This video introduces the very basics of molecular dynamics ( ARA is involved in the analysis of impact and penetration problems for a variety of applications including armor and anti-armor ...

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MD simulation of a hypervelocity impact on Silicon wafer (Temperature)
15km/s hypervelocity impact on AlN target with 209 million atoms
MD simulation of a hypervelocity impact on Silicon wafer (angle of Incidence)
Molecular Dynamics in 5 Minutes
MD simulation of a hypervelocity impact on Silicon wafer (sigmaRR)
MD simulation of a hypervelocity impact on Silicon wafer (Temperature)
3D oblique hypervelocity impact simulations by OTM method
CertaSIM: Modeling Hypervelocity Impact with the IMPETUS Afea Solver
Hypervelocity Impact (Simulation vs Experiment)
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MD simulation of a hypervelocity impact on Silicon wafer (Consecutive impacts)
Hypervelocity Impact Simulation
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