Update README.md

README.md

@@ -62,9 +62,9 @@ The resulting set of meshes still contains minor defects, like “spikes” or
 
 
 ## Orchestrating 20k Cloud Simulations—Using Just Python
-To tackle the challenge of orchestrating **20,000 OpenFOAM simulations**, we resorted to the **Inductiva API**. The Inductiva platform offers a simple Python API for running simulation workflows in the cloud and supports several popular open-source packages, including **OpenFOAM**. Here’s an example of how to run an OpenFOAM simulation using Inductiva (point to the doc that Paulo is preparing). 
+To tackle the challenge of orchestrating **20,000 OpenFOAM simulations**, we resorted to the **Inductiva API**. The Inductiva platform offers a simple Python API for running simulation workflows in the cloud and supports several popular open-source packages, including **OpenFOAM**. Here’s an [example](https://docs.inductiva.ai/en/latest/simulators/OpenFOAM.html) of how to run an OpenFOAM simulation using Inductiva.
 
-With the Inductiva API, it’s easy to parameterize specific simulation scenarios and run variations of a base case by programmatically adjusting the input parameters and starting conditions of the simulation. Additionally, users can create custom Python classes that wrap these parameterized simulations, providing a simple Python interface for running simulations—no need to interact directly with the underlying simulation packages. 
+With the Inductiva API, it’s easy to parameterize specific simulation scenarios and run variations of a base case by programmatically adjusting the input parameters and starting conditions of the simulation. More details [here](#OpenFoam-Parameters). Additionally, users can create custom Python classes that wrap these parameterized simulations, providing a simple Python interface for running simulations—no need to interact directly with the underlying simulation packages. 
 
 We used the [Inductiva API to create a Python class for the Wind Tunnel scenario](https://github.com/inductiva/wind-tunnel), which allowed us to run **20,000 simulations** across a range of input parameters.