... 10 2009 24 04 2011 08 12 2011 08 12 2011 damping frequency response mechanical stability pendulums perturbation techniques springs (mechanical) vibrations Vibration of the dynamic system is often an undesirable phenomenon. To reduce vibration, many methods can...

... elongation Poisson ratio rotating bodies rotation springs (mechanical) torsion wires If, however, a spring were considered to be constructed with no angle to the helix then there would be no rotation and only a single compliance. This is the typical assumption in most engineering textbooks...

... not incorporate adhesion effect and assume the symmetric loading scenario. adhesion bending elasticity indentation mechanical contact nanowires softening springs (mechanical) 02 11 2009 07 02 2010 03 08 2010 12 10 2010 12 10 2010 2011 American Society...

.... , 2000 , “ Mbdyn-Multibody Dynamics ,” http://www.aero.polimi.it/~mbdyn/ . 22 05 2007 30 12 2008 22 04 2009 bending elasticity nonlinear systems position control springs (mechanical) vibration control This paper presents a new method for motion control of flexible...

... the internal stress field is not only uniform but also hydrostatic is also presented. 23 10 2007 06 01 2008 20 06 2008 elastic deformation elasticity internal stresses springs (mechanical) elliptical inhomogeneity imperfect interface uniform stress in-plane deformation...

... elasticity gears rings (structures) springs (mechanical) vibrations Planetary gears are widely used in automotive and aerospace transmissions due to the advantages, such as compactness, high torque∕weight ratio, low bearing load, and high transmission ratio. In practical systems where planetary...

... plates (structures) springs (mechanical) vibrations polar orthotropic circular plates semi-inverse method closed-form solutions This paper deals with inverse dynamic problems in a continuous system, namely, a polar orthotropic circular plate with a spring. Whereas there are several...