CM: your CM here Lab 2 memo Team name: your team name here To: Professor name here From: Student names here (this is team work) Due date: State the due date, not the date you did the work. Re: Mass-spring-damper system identification from data and model refinement Table 1. Add a descriptive table caption here. Time to Software step First peak Second peak Time to first Steady-state second peak, amplitude, value, (units) value, (units) peak, (units) value, (units) (units) (units) Table 2. Add a descriptive table caption here. Natural frequency, Damping ratio, Static gain, Input force, (units) (units) (units) (units) Table 3. Add a descriptive table caption here. Viscous Spring Coulomb Case Mass, (units) damping, stiffness, SEE (units) damping, (units) (units) (units) Original model N/A Refined model
Lab 2 memo CM: your CM here Team name: your team name here To: Professor name here From: Student names here (this is team work) Due date: State the due date, not the date you did the work. Re: Mass-spring-damper system identification from data and model refinement Table 1. Add a descriptive table caption here. First peak value, (units) Second peak value, (units) Time to first peak, (units) Time to second peak, (units) Steady-state value, (units) Software step amplitude, (units) Table 2. Add a descriptive table caption here. Natural frequency, (units) Damping ratio, (units) Static gain, (units) Input force, (units) Table 3. Add a descriptive table caption here. Case Mass, (units) Viscous damping, (units) Spring stiffness, (units) Coulomb damping, (units) SEE (units) Original model N/A Refined model