In the special case of a ball or cylinder bouncing off a hard plate the answer is complex.
Not very surprisingly Timoshenko covers this problem in "Theory of Elasticity".
Unfortunately I didn't copy all the right equations down, so I'll just solve the simpler case of a steel ball bouncing off its twin. If you think about that case it is likely that this is also the same as the steel ball bouncing off an infinitely stiff flat plane.
R=0.031 m v=3.132 m/s rho=7843 kg m-3 E=210*10^9 N m-2 nu=0.3
The average force, F during the contact is 2*m*v/t (ie the change of momentum divided by the time)
F=42 kN, ie a little over 4 tons force.
Timoshenko actually gives a direct solution for a ball on a flat plate, and the peak force rather than the average force, but it is spread over two pages. This solution assumes that the contact time is long compared with the period of the lowest modes of vibration.
In a typical integrated circuit (IC) design firm, semi-custom design flows are used to ensure that the final manufactured products meet all of their design requirements and can be delivered on schedule. Download Now
A number of terms like “digitization”, “digital twin”, and “digital thread” have started to emerge in the product design world. While these terms have loose and varying definitions, the core ideas that underpin each of these concepts are becoming increasingly important to successful product development. Download Now