Mechanical systems parallel electrical networks to such an extent that there are
analogies between electrical and mechanical components and variables. Mechanical
systems, like electrical networks, have three passive, linear components. Two of
them, the spring and the mass, are energy-storage elements; one of them, the viscous
damper, dissipates energy. The two energy-storage elements are analogous to the
two electrical energy-storage elements, the inductor and capacitor. The energy
dissipator is analogous to electrical resistance. Let us take a look at these mechanical
elements, which are shown in Table 2.4. In the table, K,fv, and M are called spring
constant, coefficient of viscous friction, and mass, respectively
Mechanical systems parallel electrical networks to such an extent that there areanalogies between electrical and mechanical components and variables. Mechanicalsystems, like electrical networks, have three passive, linear components. Two ofthem, the spring and the mass, are energy-storage elements; one of them, the viscousdamper, dissipates energy. The two energy-storage elements are analogous to thetwo electrical energy-storage elements, the inductor and capacitor. The energydissipator is analogous to electrical resistance. Let us take a look at these mechanicalelements, which are shown in Table 2.4. In the table, K,fv, and M are called springconstant, coefficient of viscous friction, and mass, respectively
การแปล กรุณารอสักครู่..
