@@ -16,7 +16,7 @@ In addition, we will also discuss new directions for further investigations.
We will also give an answer to our original question.
In this work we have studied patterns generated by an object pulled through a media.
In this work we have studied flow patterns generated by an object pulled through a media.
While this sounds rather simple and trivial, it has important technological applications, which makes it a good test case.
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We learned that these patterns look similar for different flows, if they have same Reynolds number.
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@@ -69,13 +69,13 @@ In addition, we will also discuss new directions for further investigations.
We also observed problems with the Jenny--Meyer integrator, but they are mostly related to some internal checks, that are too restrictive and conservative.
Most of our experiments focused on linear movement and effects related to it.
Most of our experiments focused on linear movements and effects related to them.
However we have considered some aspects of rotational movements as well.
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But our results were not as conclusive as they were for linear movements.
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Our data suggests that it is very likely that the method is indeed able to handle rotational movements, maybe even as well as linear ones.
Our data suggests that it is very likely that the method is indeed able to handle rotational movements, maybe even as good as linear ones.
Nevertheless we suggest more investigations on such movements.
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@@ -126,7 +126,7 @@ In addition, we will also discuss new directions for further investigations.
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Actually we have done it already, the system is mentioned as \texttt{rotTC} in the appendix, see section \ref{sec:appendix:Corello:Ini:SetUp:TYPE} on page \pageref{sec:appendix:Corello:Ini:SetUp:TYPE}.
It is quite similar to the usual \RotDisc{} setting, but there is an outer cylinder to confine fluid.
The inner disc is kept rotating by manipulating its intrinsic velocity, this is done by a special material model and the other disc is at rest.
The inner disc is kept rotating by manipulating its intrinsic velocity, this is done by a special material model and the other disc is at rest, but a rotation can also be specified for it.
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Due to time constrains we were not able to fully review the data, we have gathered on it nor to include it into this report.
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@@ -194,7 +194,7 @@ In addition, we will also discuss new directions for further investigations.
\paragraph{Dependency on Discretization}~\label{chap:finConcOutlook:outlook:depDiscrete}
In each experiment we mostly considered just one grid discretization.
In some cases we also looked at the behaviour if the discretization was changed.
But in these experiments were primarily used to evaluate the influence of the ghost viscosity.
But these experiments were primarily used to evaluate the influence of the ghost viscosity.
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We have not performed a systematic investigation on the influence of the spatial or temporal discretization.
