ME 333 Project: Electrical analogy of mass-spring-dashp

ME 333 Project: Electrical analogy of mass-spring-dashpot system. (Due: Monday 2nd December 2013 10:35 AM) Introduction Consider the shown spring-mass dashpot mechanical system (MS) illustrated by Figure 1. It required to simulate the behavior of this system by building an equivalent electrical system (ES) using electrical analogy. Figure 1. A schematic spring-mass dashpot system. Model Model this system as a multi-degree-of-freedom spring-mass-damper one with a rigid frictionless base. Objective and Constraints Simulate this mechanical system (MS) with equivalent electrical components (i.e. resistors capacitors and inductors). Select the magnitudes of resistors capacitors and inductors from commercial catalogue. Your design must also satisfy the following constraints: (1) The time domain of electrical system should be identical with that of mechanical system. (2) The magnitudes of mechanical components are arbitrary according to this table Table 1 Design variables and constraints. Parameter Minimum limit Design variable Maximum limit Mass 1 4 kg

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