Control Systems, State space to Transfer Function

AI Thread Summary
The discussion centers on converting a dynamics system from state space representation to a transfer function. The current state space equations involve parameters such as damping coefficient (C), mass (Mb), and spring constants (K1, K2). The user seeks clarification on the next steps in the conversion process, particularly in deriving the numerators of the transfer functions. They provide a mathematical representation of the system and express uncertainty about the methodology to obtain the required numerators. Assistance is requested to ensure accurate conversion and understanding of the process.
k87
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Hi guys,

Need a little help with an example my tutor and I are trying to work through.

We're converting a dynamics system from a state space representation to a transfer function.

This is where we are at so far...

[s^2 + (C/Mb)S + (K1/Mb), -((C)S + K1)/Mb; -((C)S + K1)/Mw, S^2 + (C/Mw)S + (K1+K2)/Mw] [X3;X4] = [0; k2/mW]*Zr(.)

Zr(.) being the differential of Zr which in this case is velocity.

We have what we think is the next step but I'm still not entirely certain so would appreciate some help
 
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This is it in pictoral form and the corresponding transfer functions, I don't understand how to get the numerators though
 
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