Abstract
The suspension system is a combination of tires, springs, shock absorbers, and connectors that connect the vehicle to its wheels, allowing the vehicle to travel reasonably well. The primary goal of this research was to mitigate the suspension system's overall weight. And improve the total strength of the vehicle suspension system by using ANSYS. Calculated the total deformation and equivalent stress at different loading conditions and check the durability of the system by using the FEA method. The deployment of FEA (finite element analysis) to analyses the fatigue life and stationary stress of a Vehicle Suspension System resulted in a flexible architecture that can be utilized in Vehicle Suspension Systems implementations. The current carbon alloy VSS can be lowered to a compact Vehicle Suspension Systems with better durable capabilities and good mechanical qualities, as well as emitting low carbon dioxide (CO2) benefits. On comparing The titanium Ti-6Al-4V with Titanium Ti-13V-11Cr-3Al and cast iron, inside this analysis it is concluded that titanium Ti-6Al-4V outperforms than other two with regards to the material composition. Seeing as titanium Ti-6Al-4V has a greater yield stress on comparing to titanium Ti-13V-11Cr-3Al. The cast iron and titanium Ti-13V-11Cr-3Al have high densities while Titanium Ti-6Al-4V has low densities .
Highlights
The suspension system is a combination of tires, springs, shock absorbers and connectors that connect the vehicle to the wheels so that the vehicle can drive reasonably well
[1] This study focuses on the finite element analysis of the lower triangle of the Mac-Pherson suspension system and its optimization under static load conditions
The software ANSYS 19 was utilized for this project
Summary
The suspension system is a combination of tires, springs, shock absorbers and connectors that connect the vehicle to the wheels so that the vehicle can drive reasonably well. Suspension systems are essential for both travel management and continuity [1]. The suspension mechanism is one of the most important elements of the automotive system, which primarily determines the safety of the car and driving comfort. The suspension system transfers and controls the force and reaction (static and dynamic) between the vehicle and the ground [2]. The suspension system is a system of springs, fuses and links between the vehicle and its wheels. It is a process that physically separates the body from the wheel of the car
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