This paper investigates the replacement of a conventional steel coil spring with composite disc aim minimizing its weight. Simulation in CAD system Siemens NX 12 was used to determine spring’s behavior. The regression functions were stated based on numerical simulation. Based solution minimum weight found using software programmed Matlab. prototype discs manufactured from carbon fibre pre...

This abstract discusses the design and fabrication of an active suspension system. The goal is to enhance ride comfort, stability, vehicle dynamics. research focuses on analyzing quarter car model dynamics employing advanced control algorithms actuators for adaptive adjustment. Integration sensors, units, crucial real-time monitoring suspension. With help this rig, we are linear acceleration in...

This paper evaluates new optimization algorithms for optimizing automotive suspension systems employing stochastic methods. This method is introduced as an alternative over the conventional approach, namely trial and error, or design of experiment (DOE), to efficiently optimize the suspension system. Optimizations algorithms employed are the multi-objective evolutionary algorithms based on deco...

One of the essential characteristics electronically controlled air suspension (ECAS) is that automotive height adjustable. Because ECAS system has complex nonlinearity and noticeable hysteresis, it easy to make vehicle oscillate near target due overcharge/discharge springs, which would cause instability body posture. More than that, existence external disturbances uneven loads impacts on contro...

Automotive engineering is a very important branch of design and development in mechanical devoted to vehicle manufacturing. It demands solid knowledge focusing on the kinematics dynamics systems, either using structural analysis or modelling techniques. In this manuscript, model based application fundamentals static dynamic behaviour suspension system bus developed. Therefore, set mathematical ...

Over the course of the past century, the global automotive industry’s stance towards safety has evolved from one of contempt to one nearing reverence. A suspension system that provides safe handling and cornering capabilities can, with the help of an efficient braking system, improve safety to a large extent. The aim of this research is to propose a new automotive brake rotor design and to comp...

Hydraulic assisted power steering system is a high bandwidth servo with stringent performance requirements on accuracy, reliability, and cost. Design of such a system can be best achieved by using a validated and user friendly computer simulation program. Hydraulic integrated power steering ( HIPS ) program has been developed using basic concepts from science and engineering. HIPS provides a de...