# Tutorials

### Tutorial 1

Create and simulate the cooling of simple geometry, consisting of one large heat component with a heat source (imitating cell with an electric current), a cooling plate, and the surrounding air.

### Tutorial 2

Create and simulate heat transfer in a more complicated battery geometry, consisting of four groups of cells and four cooling plates. The geometry can be seen as two identical battery islands, each containing two groups of cells and two different cooling plates.

### Tutorial 3

Create and simulate the heating of a simple battery geometry, consisting of one large cell, a cooling plate and surrounding air.

### Tutorial 4

Create and simulate heat transfer in a more complicated battery geometry, consisting of four groups of cells and four cooling plates. The geometry can be seen as two identical battery islands, each containing two groups of cells and two different cooling plates.

### Tutorial 5

Create and simulate heat transfer in a more complicated battery geometry, consisting of 32 cells (8s4p) and 2 cooling plate.