International Journal of Applied Research
Vol. 1, Issue 7, Part B (2015)
Linear and Non-linear analysis of distribution of reinforcement gradient in Functionally Graded Material Cylinder
This paper investigates the creep analysis of linear and non-linear distribution of SiCP content in therncylinder made of functionally graded material and subjected to internal pressure. The creep behaviourrnof the composite cylinder is described by a Norton’s Power law. The study reveals that for the linearrnand non-linear particle gradient, the radial stress decreases over the entire cylinder. By increasingrnParticle gradient in the FGM Linear and FGM Non-Linear Cylinders, the tangential stress increasesrnnear the inner radius but decreases toward the outer radius when compared with a similar cylinder butrnhaving uniform particle gradient. The magnitude of strain rates in functionally graded compositerncylinder reduces significantly in the presence of non-linear SiCP gradient along the radial direction
How to cite this article:
Manish Garg. Linear and Non-linear analysis of distribution of reinforcement gradient in Functionally Graded Material Cylinder. Int J Appl Res 2015;1(7):69-74.