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    <title>Dynamical Systems on rootloc.us</title>
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      <title>Mass-Spring-Damper 101</title>
      <link>https://rootloc.us/posts/mass_spring_damper_101/</link>
      <pubDate>Mon, 01 Jan 0001 00:00:00 +0000</pubDate>
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      <description>The model of the Mass-Spring-Damper system is a very simple (and yet useful) one. It can be used to understand a lot of concepts in Dynamical Systems, and to model more complex systems (like car suspensions) in a pretty accurate way.&#xA;According to Newton&amp;rsquo;s second law we can write the equation of forces in this way:&#xA;$$ m\textbf{a}=\Sigma \textbf{F} $$&#xA;The acceleration is the second derivative of our state variable x(t), $\Sigma \textbf{F}$ is the sum of the elastic force imposed by the linear spring (Hooke&amp;rsquo;s law), the viscous damping force imposed by the linear damper and the input force u(t).</description>
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