Application Flashcards
might be important
Which Particle Method fits for simulating water molecules?
Molecular Dynamics
Which Particle Method fits for simulating large complex molecules?
Molecular Dynamics
Which Particle Method fits for simulating organic/biological molecules?
Molecular Dynamics
Which Particle Method fits for simulating defects in solids?
Molecular Dynamics
Which Particle Method fits for simulating fracture processes?
Molecular Dynamics
Which Particle Method fits for simulating friction and lubrication?
Molecular Dynamics
Which Particle Method fits for simulating electronics properties of materials?
Moelcular Dynamics
Which Kinetic Equation fits for simulating certain dilute gas condition?
Boltzmann Kinetic Equation
Which Particle Method fits for quickly and efficiently reproduce a fluid interaction?
Lattice Gas Automata
Lattice Boltzmann Method
Which Particle Method fits for simulating fluid mixtures?
Dissipative Particle Dynamics
Which Particle Method fits for simulating polymers?
Dissipative Particle Dynamics
Which Particle Method fits for simulating colloidal suspension?
Dissipative Particle Dynamics
Which Particle Method fits for simulating collisions of multiple vortices?
Vortex-in-cell
Which Particle Method fits for simulating fluidised bed combustion?
Particle-in-cell
Which Particle Method fits for simulating collisionless plasma simulations?
Particle-in-cell
Which Particle Method fits for simulating astrophysics simulations?
Particle-in-cell
Smoothed Particle Hydrodynamics
Which Particle Method fits for simulating CGI fluids?
Smoothed Particle Hydrodynamics
*I think the Prof, mentioned that SPH is pretty flexible
According to chatGPT
DPD : soft matter physics, polymers
MD : materials science, biomolecular simulations
MC : statistical mechanics, phase transitions
DSMC : rarefied gas dynamics, hypersonic aerodynamics
LGA : fluid dynamics, porous media
LBM : computational fluid dynamics, multiphase flow
SPH : astrophysics, free-surface flows
PIC : plasma physics, astrophysical plasma
