@@ -194,8 +194,8 @@ <h2 id="gmshfileimport"><a name="gmshfileimport"></a>Gmsh File Import</h2>
194194
195195 < h3 id ="gmshgeofile "> < a name ="gmshgeofile "> </ a > Example Gmsh .geo File</ h3 >
196196 < p >
197- Below is the rect.geo file used in this tutorial. It defines a 4m × 2m rectangular domain
198- with physical lines for each boundary edge:
197+ Below is the rect.geo file used in this tutorial. It defines a 4m × 2m rectangular domain with physical
198+ lines for each boundary edge:
199199 </ p >
200200
201201 < pre class ="prettyprint ">
@@ -233,7 +233,8 @@ <h3 id="gmshgeofile"><a name="gmshgeofile"></a>Example Gmsh .geo File</h3>
233233// Generate 2D mesh
234234Recombine Surface{1}; // Turn triangle elements into quadrilaterals
235235Mesh.ElementOrder = 2; // Set quadratic elements
236- Mesh 2;</ pre >
236+ Mesh 2;</ pre
237+ >
237238
238239 < p >
239240 Note how the physical line tags in the geo file correspond to the boundary conditions in our FEAScript
@@ -275,7 +276,9 @@ <h2 id="generatedmesh"><a name="generatedmesh"></a>Generated Mesh</h2>
275276 alt ="Quadrilateral mesh generated by Gmsh "
276277 style ="max-width: 40%; height: auto "
277278 />
278- < p class ="image-caption "> Quadrilateral mesh (rect_quad_unstruct.msh) generated using the rect.geo script with Gmsh</ p >
279+ < p class ="image-caption ">
280+ Quadrilateral mesh (rect_quad_unstruct.msh) generated using the rect.geo script with Gmsh
281+ </ p >
279282 </ div >
280283
281284 < p >
@@ -384,7 +387,9 @@ <h2 id="results"><a name="results"></a>Results</h2>
384387 } ) ;
385388 </ script >
386389
387- < p > © 2023-< span id ="currentYear "> </ span > FEAScript</ p >
390+ < footer >
391+ < p > © 2023-< span id ="currentYear "> </ span > FEAScript</ p >
392+ </ footer >
388393 < script >
389394 document . getElementById ( "currentYear" ) . innerHTML = new Date ( ) . getFullYear ( ) ;
390395 </ script >
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