Fix more typos

include/aspect/plugins.h

@@ -217,7 +217,7 @@ namespace aspect
 
         /**
          * A function that is called at the beginning of each time step,
-         * calling the update function of the individual heating models.
+         * calling the update function of the individual plugins.
          */
         void
         update () override;

source/boundary_convective_heating/interface.cc

@@ -319,7 +319,7 @@ namespace aspect
                           "For heat transfer coefficient --> zero, the boundary approaches "
                           "insulating (Neumann) behaviour; "
                           "For heat transfer coefficient --> infinity, the boundary approaches "
-                          "a prescribed-temperature (Dirichlet) condition."
+                          "a prescribed-temperature (Dirichlet) condition. "
                           "The unit of the heat transfer coefficient is \\si{\\watt\\per\\meter\\squared\\per\\kelvin}."
                           "At the moment, this list can only have one entry. \n\n"
                           "The following heat transfer coefficient models are available:\n\n"

source/geometry_model/chunk.cc

@@ -944,8 +944,8 @@ namespace aspect
                                    "The dimensions of the model are specified by parameters "
                                    "of the following form: "
                                    "Chunk (minimum || maximum) (longitude || latitude): "
-                                   "edges of geographical quadrangle (in degrees)"
-                                   "Chunk (inner || outer) radius: Radii at bottom and top of chunk"
+                                   "edges of geographical quadrangle (in degrees). "
+                                   "Chunk (inner || outer) radius: Radii at bottom and top of chunk. "
                                    "(Longitude || Latitude || Radius) repetitions: "
                                    "number of cells in each coordinate direction."
                                    "\n\n"

source/simulator/parameters.cc

@@ -1131,7 +1131,7 @@ namespace aspect
         prm.declare_entry ("List of compositional fields with disabled boundary entropy viscosity", "",
                            Patterns::List(Patterns::Anything()),
                            "Select for which compositional fields to skip the entropy viscosity "
-                           "stabilization at dirichlet boundaries. This is "
+                           "stabilization at Dirichlet boundaries. This is "
                            "only advisable for compositional fields "
                            "that have intrinsic physical diffusion terms, otherwise "
                            "oscillations may develop. The parameter should contain a list of "
@@ -1154,7 +1154,7 @@ namespace aspect
                            "Rather, the paper always uses 2 as the exponent in the definition "
                            "of the entropy, following equation (15) of the paper. The full "
                            "approach is discussed in \\cite{guermond:etal:2011}.) Note that this is not the "
-                           "thermal expansion coefficient, also commonly referred to as $\\alpha$."
+                           "thermal expansion coefficient, also commonly referred to as $\\alpha$. "
                            "Units: None.");
         prm.declare_entry ("cR", "0.11",
                            Patterns::List(Patterns::Double (0.)),
@@ -1341,8 +1341,8 @@ namespace aspect
                          "determine the equation of state, rheology, and reactions."
                          "\n"
                          "* ``stress'': This type of field represents stress in the material. "
-                         "Whether the fields represents a scalar stress invariant or "
-                         "tensor components, and which type of stress is represented "
+                         "Whether the field represents a scalar stress invariant or a "
+                         "tensor component, and which type of stress is represented "
                          "depends on the interpretation of the material model."
                          "\n"
                          "* ``strain'': This type of field represents accumulated strain. "
@@ -1443,8 +1443,8 @@ namespace aspect
                          "field as mentioned in Section~\\ref{sec:methods:compositional-fields}, except that it is "
                          "advected with the Darcy velocity instead of the solid velocity. This method "
                          "requires there to be a compositional field named porosity that is advected "
-                         "the darcy field method. We calculate the fluid velocity $u_f$ using an "
-                         "approximation of Darcy's Law: $u_f = u_s - K_D / \\phi * (rho_s * g - rho_f * g)$."
+                         "with the Darcy field method. We calculate the fluid velocity $u_f$ using an "
+                         "approximation of Darcy's Law: $u_f = u_s - K_D / \\phi * (\\rho_s * g - \\rho_f * g)$."
                          "\n"
                          "* ``prescribed field'': The value of these fields is determined "
                          "in each time step from the material model. If a compositional field is "
@@ -2259,7 +2259,7 @@ namespace aspect
           AssertThrow (porosity_idx != n_compositional_fields,
                        ExcMessage ("The Darcy advection field method only works if there is a compositional field named 'porosity'"));
           AssertThrow (compositional_field_methods[porosity_idx] == AdvectionFieldMethod::fem_darcy_field,
-                       ExcMessage ("When using the Darcy advection field method, the porosity field must be advected with the darcy method."));
+                       ExcMessage ("When using the Darcy advection field method, the porosity field must be advected with the Darcy method."));
         }
 
       for (const auto &p : x_mapped_particle_properties)

source/time_stepping/repeat_on_cutback.cc

@@ -108,7 +108,7 @@ namespace aspect
                                         "shrinks by more than a user-controlled factor. In that situation, the previous "
                                         "time step will be repeated with a smaller step size.\n"
                                         "A large reduction in time step size typically happens when velocities change "
-                                        "abruptly. Repeating the time step ensure properly resolving this event. It is "
+                                        "abruptly. Repeating the time step ensures properly resolving this event. It is "
                                         "useful to consider setting the \"Maximum relative increase in time step\" option "
                                         "to avoid repeatedly repeating every other time step.")
   }