Insert a hint on the usage of the topology simplification reset

docs/modules/networks.rst

@@ -543,6 +543,15 @@ in this case.
     variables. Maybe it is only one variable causing the instability, its
     increment is much larger than the increment of the other variables?
 
+If you run multiple simulations and a simulation crashed due to an internal
+error (e.g. fluid property related), and you still want the next simulations to
+perform correctly, you have to call the
+:py:meth:`tespy.networks.network.Network.reset_topology_reduction_specifications`
+method after the failed simulation and before you run the next simulation.
+Usually, this happens automatically as part of the post-processing, but in case
+the simulation crashed before that, this step cannot be executed. Then,
+restarting the simulation is not possible.
+
 Did you experience other errors frequently and have a workaround/tips for
 resolving them? You are very welcome to contact us and share your experience
 for other users!

docs/whats_new/v0-7-7.rst

@@ -8,6 +8,13 @@ Bug Fixes
   available in the namespace via the :code:`@component_registry` decorator
   (`PR #536 <https://github.com/oemof/tespy/pull/536>`__).
 
+
+Other Changes
+#############
+- Make the :code:`reset_topology_reduction_specifications` method of the
+  `Network` class a public method
+  (`PR #559 <https://github.com/oemof/tespy/pull/559>`__).
+
 Documentation
 #############
 - Update deprecated information on the indices of variables in the Jacobian of

src/tespy/networks/network.py

@@ -1661,7 +1661,7 @@ def init_properties(self):
         Initialise the fluid properties on every connection of the network.
 
         - Set generic starting values for mass flow, enthalpy and pressure if
-          not user specified, read from :code:`ìnit_path` or available from
+          not user specified, read from :code:`init_path` or available from
           previous calculation.
         - For generic starting values precalculate enthalpy value at points of
           given temperature, vapor mass fraction, temperature difference to