Computational Static and Dynamic Analysis of Leafspring
Sagargowda S.R,  Priyanka Sairam,  Chethan K.Y
A leaf spring is a basic type of spring, usually utilized for the suspension as a part of wheeled vehicles. Leaf Springs are long and contract plates joined to the casing of a trailer that rest above or beneath the trailer's hub. For sheltered and happy with riding, to keep the street stuns from being transmitted to the vehicle segments and to defend the inhabitants from street stuns it is important to decide the most extreme safe anxiety and diversion. The goal is to discover the hassles and distortion in the leaf spring by applying static burden on it and decide the normal recurrence of the leaf spring with various cell strong basic leaf spring. These qualities are figured logically, by utilizing limited component investigation. Along these lines in the present work, leaf spring is composed by considering static burden on vehicle. The model of leaf spring is made in CATIA V5 and examination is done utilizing ANSYS 14.5 workbench. The outcome for anxiety, Strain, twisting and normal frequencies are contrasted and leaf spring with non-cell strong structure and investigation result.
Keywords- ANSYS, Leaf spring, Static and Dynamic analysis
Cite this Article
Sagargowda S.R,  Priyanka Sairam,  Chethan K.Y,   "Computational Static and Dynamic Analysis of Leafspring"
, International Journal of Engineering Development and Research (IJEDR), ISSN:2321-9939, Volume.4, Issue 2, pp.1626-1637, June 2016, Available at :http://www.ijedr.org/papers/IJEDR1602292.pdf