Changes all occurences of steady-state to steady state as per #84

Author: mtiller

ModelicaByExample/BasicEquations/LotkaVolterra/QuiescentModel.mo

@@ -1,5 +1,5 @@
 within ModelicaByExample.BasicEquations.LotkaVolterra;
-model QuiescentModel "Find steady-state solutions to LotkaVolterra equations"
+model QuiescentModel "Find steady state solutions to LotkaVolterra equations"
   parameter Real alpha=0.1 "Reproduction rate of prey";
   parameter Real beta=0.02 "Mortality rate of predator per prey";
   parameter Real gamma=0.4 "Mortality rate of predator";

ModelicaByExample/BasicEquations/LotkaVolterra/QuiescentModelUsingStart.mo

@@ -1,5 +1,5 @@
 within ModelicaByExample.BasicEquations.LotkaVolterra;
-model QuiescentModelUsingStart "Find steady-state solutions to LotkaVolterra equations"
+model QuiescentModelUsingStart "Find steady state solutions to LotkaVolterra equations"
   parameter Real alpha=0.1 "Reproduction rate of prey";
   parameter Real beta=0.02 "Mortality rate of predator per prey";
   parameter Real gamma=0.4 "Mortality rate of predator";

text/source/components/architectures/sensor_comparison_ad.rst

@@ -255,7 +255,7 @@ the :ref:`flat-sensor-system` as well):
 
 Note how, even with an adequate sensor, the controller in our
 ``Variant1`` configuration seems to be converging to the wrong
-steady-state speed.  This is because we are only using a proportional
+steady state speed.  This is because we are only using a proportional
 gain controller.  However, if we extend from the ``Variant1`` model
 and add a PID controller and a more realistic actuator with
 limitations on the amount of torque it can supply, *i.e.*,