3 research outputs found
A Study on Linear Static Structural FEA of a Conveyor Stand for Different Stress Distribution and Shearing deformation
The conveyor stand is to design and analysis for the various stress and deformation. Unpackaged material moving requirements have continued to press the strap conveyor industry to carry higher tonnages over longer distances and more diverse routes. In order to keep the material transport safe and short period of time, Conveyor have always been an efficient and elastic indentation due to idler support. To survive a support structure within the standard and recommendation theanalysis carried out for various stress distribution and shearing deformation
Design and optimization of variable rectangular cross section chassis for on-road heavy vehicles
All the loads generated by other components of heavy vehicle are transferred to its chassis. Chassis related failures are few but the damages to the safety of occupant are huge; sometimes it leads to fatal accidents. In order to overcome this, the chassis has to be optimized based on static and dynamic loads by ensuring a uniform distribution of stress and strain. The shape and cross section of the chassis gives a resistance to the above mentioned loads. The cross section of the chassis structure of all on-road vehicles is uniform despite the variable loads. In this work, variable cross section chassis of an on-road heavy vehicle is designed by keeping optimum sections. Bending moment of the chassis has been mathematically related with section modulus of the chassis. Genetic algorithm based procedures have been used to optimize the height, width and thickness of the chassis cross section. Coding in C language is used to automate the genetic algorithm procedures. For benchmark study, 3D models of optimized and existing chassis of an on-road heavy vehicle were developed. Finite element analysis reveals that the optimized chassis has less failure possibilities due to lower stress values and uniform distribution when compared to those from the model of existing chassis