Recent content by polymerou

I think I know what you are looking for. Take a look at this one.

I don't understand exactly how the structure is. You said you have a balcony above your kitchen, you mean flat roof? When you say tiles you mean floor tiles not roof tiles, right? Can you upload a photo?

google "Peace and Friendship Stadium"

3mm thick is enough. I considered it by using galvanized steel with yield strength of 200GPa

I think he is asking to calculate him the value, not the way he will solve it. If it is so, you must give us some more info, like the distance between those two square tubes (36.2) on the top, and the dimensions and distances of the ribs. That's all I can think for now.

I assume most of CFD (Computational Fluid Dynamics) programs can do those calculations, I cannot suggest you something specifically because I'm not too familiar with CFD. You can have a look in this list though, visit each website and may find what suits you most...

What kind of gearbox exactly? Manual? sequential? automatic? dual clutch? zero-shift? Is like asking to ordering a pizza without mention what pizza you want. ;)

If I understood correct, you looking for an equation for turning radius. For cars is called Curb-to-curb turning radius and is given as: R = Wb * Cf / Wc R = Turning radius Wb = Wheel base (Distance between front and rear wheels) Cf = Conversion factor (Is given by the manufacturer) Wc =...

Yes, Ansys can do what you asking for, but ain't that easy. I think Ansys has already a modeling tool included (not sure though) but if does not you can usually input information by importing a cloud mesh. But as I said, is not so easy.

Like Mapes stated correctly, δ=F*L^3 / 3E*I Since you measured deflection you can solve as E (elasticity modulus) and you'll have it. E=I*F*L^3 / 3δ F = Force applied (1kg as you mentioned) L = Length (Length of each board) E = Elasticity modulus (You will do the math) I = Inertia...