Coupled Oscillator: Coupled Mass-Spring System with Input: Difference between revisions
Jump to navigation
Jump to search
(New page: =Setup State Space Equation= ==Problem Statement== Find an input function such that the lower mass, <math>m_1</math>, is stationary in the steady state. Find the equation of motion for t...) |
|||
| Line 3: | Line 3: | ||
==Problem Statement== |
==Problem Statement== |
||
Find an input function such that the lower mass, <math>m_1</math>, is stationary in the steady state. Find the equation of motion for the upper mass, <math>m_2</math>. |
Find an input function such that the lower mass, <math>m_1</math>, is stationary in the steady state. Find the equation of motion for the upper mass, <math>m_2</math>. |
||
The use of one spring between the masses is just a simplification of a multi-spring system, so the possibility of being off-kilter is neglected and just the vertical forces are considered. |
|||
==Initial Conditions and Values== |
==Initial Conditions and Values== |
||
Revision as of 21:52, 17 November 2009
Setup State Space Equation
Problem Statement
Find an input function such that the lower mass, , is stationary in the steady state. Find the equation of motion for the upper mass, .
The use of one spring between the masses is just a simplification of a multi-spring system, so the possibility of being off-kilter is neglected and just the vertical forces are considered.