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This is an archived project. Repository and other project resources are read-only.
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Ansgar Burchardt
dune-elasticity
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31e16d6f
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31e16d6f
authored
6 years ago
by
Jonathan Youett
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Update parameter file to new version of the solver
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nonlinelast.parset
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# level of uniform refinements
# level of uniform refinements
minLevel =
3
minLevel =
1
# (maxLevel-minLevel) = level of adaptive refinements
# (maxLevel-minLevel) = level of adaptive refinements
maxLevel =
3
maxLevel =
1
# Use the H1 Semi norm to measure the error, otherwise the hessian of the energy is used (might be not pos. definite)
# Use the H1 Semi norm to measure the error, otherwise the hessian of the energy is used (might be not pos. definite)
useH1SemiNorm = 1
useH1SemiNorm = 1
# folder where the input data is located
# folder where the input data is located
, not needed if all grids are created
path=/home/mi/akbib/data/cubes/
path=/home/mi/akbib/data/cubes/
# path where to write the results
# path where to write the results
resultPath=/home/mi/akbib/results/nonlinCube/
resultPath=/home/mi/akbib/results/nonlinCube/
# a grid in Amira format
gridFile = cube1.grid
# a constant Dirichlet field
# alternatively set the variable amiraValuesFile
constantValues = 0 0 -0.2
# a surface field determining the Dirichlet nodes (again Amira)
amiraPatchFile = cube1.dn
# scaling for the Dirichlet values
scaling=1
# max iterations of the multigrid
# max iterations of the multigrid
mgIterations = 100
mgIterations = 100
# tolerance of the multigrid
# tolerance of the multigrid
...
@@ -29,16 +19,85 @@ mgTolerance = 1e-7
...
@@ -29,16 +19,85 @@ mgTolerance = 1e-7
baseTolerance = 1e-4
baseTolerance = 1e-4
# verbosity of the method, (full, reduced or quiet)
# verbosity of the method, (full, reduced or quiet)
verbosity = reduced
verbosity = reduced
# elastic modulus of the body
# elastic modulus of the body
E=1e3
E=1e3
# Poisson ratio
# Poisson ratio
nu = 0.3
nu = 0.3
# vector mode for adolc?
vectorMode = 1
# fraction of elements to refine in each step
# fraction of elements to refine in each step
refinementFraction = 0.3
refinementFraction = 0.3
# loading steps to be performed to enforce the Dirichlet condition
# loading steps to be performed to enforce the Dirichlet condition
# an increment of 0.1 would result in 10 steps, 1 would result in 1 step
# an increment of 0.1 would result in 10 steps, 1 would result in 1 step
loadIncrement = 1
loadIncrement = 1
# the grid name determines which configuration is used
gridName = die
[die]
# a grid in Amira format
#gridFile = cube1.grid
# parameterized boundaries in Amira format
# amira_parFile =
# if this is set, then the grids are created from a factory
createGrid = 1
#setup for a tube segment
type = tubeSegment
center = -0.71 2.615 6.2
thickness = 0.2
length = 5.2
innerRadius = 3
fromAngle = 3.1415
toAngle = 6.283
nElementRing = 18
nElementLength = 10
closeTube = 0
axis = 0
tetrahedra = 1
parameterizedBoundary = 0
nDirichletConditions = 2
[die.dirichlet0]
# constant dirichlet field
constantValues = 0 0 -1
# scaling for the Dirichlet values
dvScaling = 1
# amira patch file
#amira_dnFile =
# use a geometric criterion to setup the contact boundary
nCriterions = 1
# extract all faces whose centre[component] is above the bound
[die.dirichlet0.criterion0]
type = UpperCentre
component = 2
bound = 6.19
[die.dirichlet1]
# constant dirichlet field
constantValues = 0 0 0
# scaling for the Dirichlet values
dvScaling = 1
# amira patch file
#amira_dnFile =
# use a geometric criterion to setup the contact boundary
nCriterions = 1
# extract all faces whose center is below the bound
[die.dirichlet1.criterion0]
type = LowerCentre
component = 2
bound = 0.2
#trust-region parameters
#trust-region parameters
[trConfig]
[trConfig]
# tolerance
# tolerance
...
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