Computational-Micromechanics.md

@@ -26,7 +26,7 @@ We distinguish two cases:
 - In some cases, not all components of $`\mathbf{F}_M(t)`$ are known but some of them (e.g. make a uniaxial tension test, etc.). A system of constraints are first built based on the micro-BCs, in which some *control nodes* are defined. Then other nodes of the boundary of the RVE relate to these control-nodes by suitable contraints. Finally, the loadings are applied to control-nodes to drive the RVE following the prescribed testing mode. This possibility is detailed in Section III. 
 
  
- In nonLinearMechSolver, the treatments of the usual BC (force BC, displacement BC, ...) and microscopic BC (periodic, displacement, minimal kinematic, mixed BC) are diffrent and then distinished by the presence of a boolean **`nonLinearMechSolver::_microFlag`** (False by default). **`_microFlag=True`** if the micros-BC treatment is considered. The value of **`_microFlag`** can be modifed by one of following functions:
+In nonLinearMechSolver, the treatments of the usual BC (force BC, displacement BC, ...) and microscopic BC (periodic, displacement, minimal kinematic, mixed BC) are diffrent and then distinished by the presence of a boolean **`nonLinearMechSolver::_microFlag`** (False by default). **`_microFlag=True`** if the micros-BC treatment is considered. The value of **`_microFlag`** can be modifed by one of following functions:
  
  - **`nonLinearMechSolver::addMicroBC(microBC)`** : to force **`_microFlag = True`**
  
@@ -38,9 +38,10 @@ We distinguish two cases:
 ### Definition
 A micro BC is defined as follows:
 ```python
-microBC = **`microBCName`**(tag, dim, addDofPerVertex)
+microBC = microBCName(tag, dim, addDofPerVertex)
 ```
-- **microBCName**: name of micro BC. Different possibilities are avaliables and can be devided into 3 groups:
+where:
+  - **microBCName**: name of micro BC. Different possibilities are avaliables and can be devided into 3 groups:
   - Periodic boundary condition:
     * **nonLinearPeriodicBC** : periodiodic BC
     * **nonLinearShiftedPeriodicBC**: periodic BC with shifted direction