Adjusting V&V.

Author: economon

_data/vandv.yml

@@ -1,15 +1,9 @@
-- title: Validation and Verification Suite
+- title: The SU2 Verification and Validation Collection
   vandv:
-  - home
+  - Home
 
-- title: Method of Manufactured Solutions
-  vandv:
-  - DG_UnitQuad
-  - FVM_Incomp_Euler
-  - FVM_Incomp_Navier_Stokes
-  - FVM_Navier_Stokes
-
-- title: Verification Cases
+- title: Compressible Flow
   vandv:
+  - MMS_FVM_Navier_Stokes
   - Bump_Channel
   - Flat_Plate

_vandv/verification/Bump_Channel.md _vandv/Bump_Channel.md_vandv/verification/Bump_Channel.md renamed to _vandv/Bump_Channel.md

@@ -1,8 +1,12 @@
 ---
-title: Home
+title: The SU2 V&V Collection
 permalink: /vandv/home/
 redirect_from: /vandv/index.html
 ---
 
-This is work in progress to provide a comprehensive set of Verification and Validation cases that showcases the abilities of SU2 and compares it to other common CFD solvers.
+The cases presented in this section demonstrate the verification and validation (V&V) of the solvers within the SU2 suite. Verification activities assess whether a particular model has been implemented correctly in software, i.e., it is coded as specified and bug-free. Validation activities assess whether a particular model matches the physical reality for a situation of interest, typically via comparison with experiment. 
+
+When available, rigorous verification via formal order of accuracy assessment by exact or manufactured solutions is performed. When exact or manufactured solutions are not available, code-to-code comparisons are made. By comparing SU2 results against many well-established codes on a sequence of refined grids and seeing agreement of key quantities in the limit, we can build a high degree of confidence that the models found within SU2 are implemented correctly.
+
+We will continue to add cases over time to demonstrate V&V of additional physical models in SU2.