FL + Triclade update (#5)

* Adds FL author
Adds Triclade content

* Add François to demo dev

---------

Co-authored-by: Julien Bigot <[email protected]>

.gitignore

@@ -5,3 +5,4 @@
 /resources/
 public/
 assets/jsconfig.json
+.hugo_build.lock

content/authors/francois-letierce/_index.md

@@ -0,0 +1,29 @@
+---
+authors: [ francois-letierce ]
+name: François Letierce
+email: [email protected]
+title: Dr. Francois Letierce
+role: Senior developer and architect
+user_groups: [ "Permanent Staff" ]
+organizations:
+- name: CEA
+  url: https://www.cea.fr/
+- name: Laboratory for High Performance Computing and Simulation
+  url: https://www-lihpc.cea.fr/en/index.html
+social:
+- icon: envelope
+  icon_pack: fas
+  link: mailto:[email protected]
+user_groups:
+  - Core team
+  - Demonstrator devs
+
+---
+
+Francois Letierce is a reseach engineer at CEA since 2013.
+
+Former real time embedded systems developper, he worked as software achitect in multiphysics numerical codes.
+
+Currently working on HPC applications and software engineering.
+
+Deeply interested by C++, GPGPU, new programming models and new technologies watch.

content/triclade/index.md

@@ -7,18 +7,22 @@ sections:
     content:
       title: Triclade
       image:
-        filename: triclade.png
-      text: A code for the study of turbulent mixing zone.
+        filename: triclade.jpg
+      text: The Triclade application helps study turbulent mixing zone at fluids interface.
 #      cta:
-#        url: https://github.com/???
+#        url:
 #        label: Git repository
 #        icon_pack: fab
 #        icon: github    
   - block: markdown
     content:
       text: |
+        The Triclade code is developed and used in-house at [CEA](https://www.cea.fr), nationnaly with the [ISAE](https://groupe-isae.fr/), an internationnaly within the Ɵ-Group collaboration. It deals with the turbulent mixing phenomenon, typically found in various fields, such as Astrophysics, Geophysics, or Inertial Confinement Fusion.
+        Triclade models Turbulent Mixing Zone created and developed at fluids interface from shocks, expansions, accelerations, etc. in a highly compressible environment. It solves Navier-Stokes equations on a structured Cartesian mesh using various "Shock-capturing" numerical schemes.        
+        Triclade is a standalone parallel (MPI) application written in C++ (100 kloc).
+        It is currently in the process of becoming open-source and available on GitHub.
+
         Example of a triclade run:
-        
-        {{< figure src="Triclade_etp1b_murimz256.0000.gif" width="33%" >}}
+        {{< figure src="triclade.gif" width="33%" >}}
         
 ---