Even once we got the results simply like blindly, we don't trust the results. So we'll validate it with the previous work if we if the previous or same kind of work is available, or we'll do some manual calculation and really validate with that. So, all materials going to be a very important parameter in any analysis. So normally we have all three kind of materials isotropic and isotropic, and other topic, and even even in ANSYS. Also, we have our log material library where we can use that library for our purpose. So here you can make if you don't know what are, what is the meaning of this.

I should replicate So, we cannot decrypt the material you can now, read it out here and this presentation will be added to the lecture. So, you can access this presentation also for the future. So, once we have done with the material, so, that will be a thing. So, the method what we are going to choose is the first one does CAD modeling that CAD modeling whether you want to model it in any CAD software or any or even ANSYS space claim also available there also you can model it and next will discriminate it will split it and we'll find the degrees of freedom. Next we'll see the inputs And the next once we have done with the inputs. So next we'll choose the solver which is the effective solver.

And once we help choosing the solver, then we can choose the materials like which group material we have to take, even that can be done before the machine also or even after machine golf. So, we can choose material and we can apply to them. So, this will be our basic method while we are doing any analysis. So that will be the basic steps. So each and every that that we can take it as phases also. So you can see here also, so normally it will be done based on a lot of assumptions.

So that is a reason we don't get 100% accuracy.