So, once we have given the support, we can apply the load now, this is where we can do the load. So, the force will be in this direction it is a compressive force. So, if we consider the load from the piston, so what we can do is just select this and go for the load. So, we can choose anything here pressure force, pressure or force. So, so it's, it's obviously, because of the expansion of the of piston so let's go with the pressure but you can see the direction so Here, let's I'm just assuming that will be 250 possible or we can make it 500 that is just an assumption. And here direction.

So, here the direction so that will be the x direction. So, what we can do is delete it and create it again for the fourth and So that it shouldn't be. So, here it is going to act the magnitude will be 500 faster. So either direction is a critical thing, we have to choose it appropriately. So let's select this age so So, if we take this as minus 500 then direction okay. We can select any edge.

So in that direction that present is going to act and geometry, we have to select these two. So let's take 500 Yeah, now you can see the direction of the present to once we have done the constraint constraints and the present values so For your solution, there we can choose what are the results we need, once you click on that, you can see the changes in the tool box. So, here the deformation, total deformation and normally we will see the one misses, strain and stress and and particularly tools if you see here, so, fatik tools, this is what the main important thing. So, once you have tools in the tool, right click, if you go to Insert, you can see the life and even the damage and you can see the factor of safety also deserted three main things in any component right in the development of any component So once we have chosen the required result, then what we can do is just right click on the solution click on solve.

So it is going to take for a while. And finally we'll get the results.