Fix typo added while specifying cpp as syntax highlight

content/numerics.rst

@@ -22,14 +22,14 @@ Numerical schemes
 
 OpenFOAM includes a wide range of solution and scheme controls, specified via dictionary files in the case **system** sub-directory. These are described by:
 
-    - Numerical schemes: Transforming partial differential equations to a linear system of equations using the Fcppte Volume Method. The treatment of each term in the system of equations is specified in the ``fvSchemes`` dictionary. This enables fine-grain control of e.g. temporal, gradient, divergence and interpolation schemes. Additional run-time selectable physical modelling and general fcppte terms are prescribed in the ``fvOptions`` dictionary, targeting e.g. acoustics, heat transfer, momentum sources, multi-region coupling, linearised sources/sinks and many more
+    - Numerical schemes: Transforming partial differential equations to a linear system of equations using the Finite Volume Method. The treatment of each term in the system of equations is specified in the ``fvSchemes`` dictionary. This enables fine-grain control of e.g. temporal, gradient, divergence and interpolation schemes. Additional run-time selectable physical modelling and general finite terms are prescribed in the ``fvOptions`` dictionary, targeting e.g. acoustics, heat transfer, momentum sources, multi-region coupling, linearised sources/sinks and many more
     - Solution methods: Case solution parameters are specified in the ``fvSolution`` dictionary. These include choice of linear equation solver per field variable, algorithm controls e.g. number of inner and outer iterations and under-relaxation.
 
 
 
 OpenFOAM applications are designed for use with unstructured meshes, offering up
 to second order accuracy, predominantly using collocated variable arrangements.
-Most focus on the Fcppte Volume Method, for which the conservative form
+Most focus on the Finite Volume Method, for which the conservative form
 of the general scalar transport equation for the transported quantity  :math:`\phi`  takes the
 form:
 
@@ -44,7 +44,7 @@ form:
 
 
 
-The Fcppte Volume Method requires the integration over a 3-D **control volume**,
+The Finite Volume Method requires the integration over a 3-D **control volume**,
 such that:
 
 .. math::

content/workflow.rst

@@ -22,7 +22,7 @@ Workflow
 Case structure
 --------------
 
-To setup a case, you need to have at least 3 directories in your case directory, namely **system**, **constant** and **<cpptial time directory>** (normally **0**).
+To setup a case, you need to have at least 3 directories in your case directory, namely **system**, **constant** and **<initial time directory>** (normally **0**).
 
 .. code:: bash
 
@@ -37,7 +37,7 @@ OpenFOAM cases are configured using plain text input files located across the th
     - ``controlDict``: the main simulation control parameters. This includes, e.g. timing information, write format, and optional libraries that can be loaded at run time
     - ``fvSchemes``: the selection of the numerical schemes
     - ``fvSolution``: the iterative solver and pressure-velocity coupling parameters
-    - ``fvOptions``: user-specified fcppte volume options. Many OpenFOAM applications contain equation systems that can be manipulated at run time. These provide, e.g. additional source/sink terms, or enforce constraints.
+    - ``fvOptions``: user-specified finite volume options. Many OpenFOAM applications contain equation systems that can be manipulated at run time. These provide, e.g. additional source/sink terms, or enforce constraints.
     - ``blockMeshDict``: to control the block-structrued mesher blockMesh
     - ``snappyHexMeshDict``: to set the parameters for snappyHexMesh, another mesher shipped with OpenFOAM
     - ``decomposeParDict`` : to set the parameters of the domain decomposition used for running OpenFOAM in parallel
@@ -51,7 +51,7 @@ OpenFOAM cases are configured using plain text input files located across the th
     - ``turbulenceProperties``: the turbulence modelling 
     - ...
 
-**<cpptial time directory>**: contains cpptial fields of the flow e.g. velocity, pressure etc. and boundary conditions
+**<initial time directory>**: contains initial fields of the flow e.g. velocity, pressure etc. and boundary conditions
 
 
 Additional directories can be generated, depending on user cases, most common ones include e.g.: