> Does that handle the enclosure the board goes into at all? It might. For example, Lukas Henkel is designing an open source laptop and heavily relying on simu

> Does that handle the enclosure the board goes into at all? It might. For example, Lukas Henkel is designing an open source laptop and heavily relying on simulation for that. In the post ([1]), he provides visualization of antenna performance for different placements inside the laptop case. I quote, in case, if LinkedIn wants people to log in to view the post: >I want to optimize the antenna positioning in my laptop design using open-source tools. >The shown simulation is a 3D electromagnetic field simulation performed with the open-source tool Elmer FEM. The aluminum laptop case will have a large impact on the antenna gain and directionality. For correctly iterating on a good antenna positioning, it is necessary to integrate the complex 3D geometry of the laptop case into the simulation. >I´m currently exploring three possible locations for the antenna. There may also be one option to make the laptop case itself as a part of a cavity antenna. >The tools used for the shown simulation are all free and open source: >Mesh generation: Salome_Meca >Solver: Elmer FEM >Visualization: Paraview 1. https://www.linkedin.com/posts/lukas-henkel-ovt_opensource-design-visualization-activity-7058254211846696960-dEty?utm_source=share&utm_medium=member_desktop https://www.linkedin.com/posts/lukas-henkel-ovt_opensource-d...