Thread Closed

Two Degree of freedom Damped free vibration

 
Share Thread
Feb18-04, 01:59 PM   #1
 

Two Degree of freedom Damped free vibration


I am trying to calculate the force and velocity of a primary and secondary suspension. I know the damping constant of the dampers and the spring constant of the springs. I see where an expression can be calculated where you input time and get x.
PhysOrg.com science news on PhysOrg.com

>> City-life changes blackbird personalities, study shows
>> Origins of 'The Hoff' crab revealed (w/ Video)
>> Older males make better fathers: Mature male beetles work harder, care less about female infidelity
Feb18-04, 03:12 PM   #2
 
Recognitions:
Gold Membership Gold Member
Science Advisor Science Advisor
Retired Staff Staff Emeritus
I'm sorry, I don't understand.

What exactly is your question?
Feb18-04, 03:15 PM   #3
 
I am trying to solve a two degree of freedom mechanical translational problem. The system has two masses and a spring and damper arrangement uder each mass. I was given the spring constant, damping constant, and mass. I want to dtemine the force and velocity into the damper if it is allowed to stroke 1 inch.
Thread Closed

Similar discussions for: Two Degree of freedom Damped free vibration
Thread Forum Replies
Degree of freedom ? Quantum Physics 2
degree of freedom General Physics 9
Forced Damped Vibration Mechanical Engineering 0
Degree of Freedom, help me please… Mechanical Engineering 1
degree of freedom Introductory Physics Homework 4