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hubatsch
Frap Theory
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8efd1d20faea74239e43a61d71e945c84098bcb6
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9
3D-two-matrices
EffectiveDrop
Fix-mass-conservation
Reducing-input-parameters
Test_alpha_sensitivity
Troubleshooting-oscillations
flux_accuracy
master
default
test_parallel
9 results
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Created with Raphaël 2.2.0
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Seems to work. Now try with larger time steps after initial equilibration.
Small time step and setting one point right of boundary to 0 seems to help.
Comparison with Matlab. Realised oscillation problem is in the initial conditions.
Matrices for b and u are now output and plotted.
Merge remote-tracking branch 'origin/EffectiveDrop' into EffectiveDrop
EffectiveDrop
EffectiveDrop
Introduce solution array
eff-Drop ghost points work above a certain number of cycles
eff_Drop_DinDoutC.jl ghost points working
Change length to len.
Remove factor 1/2 from alpha definition.
eff_Drop_DinDoutC.jl added external GP, cut_ghost cuts external and boundary GP and returns X, U.
Analytical solution starting inside and outside work.
committing eff_Drop_DinDoutC.jl again
Revert for Marta's code to work.
Plotting optimized for interfacial resistance.
Reinstate missing for.
Simulation for nicer movie.
Don't import Camera to avoid errors.
Add .mov to .gitignore.
Add Ribozyme figure (with data and Sim from Matlab).
Changing ellipsoid (probably for plotting).
Playing with interfacial resistance by changing gamma at boundary (Matlab).
Playing with interfacial resistance at boundary, not working.
Change plotting presets.
analytical solution working
analytical solution wip
length(x) substituted with size(x)[1] because of type(collect(LinRange))
included cut_ghost function, independent internal and external grid spacing commented out: first check solution and solve ghost points
Din, Dout added to the model in separate file, added function compute alpha
Graphs working!
commit cleaned notebook
Analyse half times:partitioning corrected.
Analyse half times. WIP: partitioning.
Works!
Functions apparently run much faster in Julia than scripts!
Fixed Normalization (I). Cosmetics.
First time step roughly works.
Starting work on effective droplet model in Julia.
Introduced a dip in phi_tot close to boundary. Commented out.
New attempt at effective droplet model in Matlab. Still not working, but
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