The paper presents an assessment of fatigue-based reliability in measuring failure random
vibration loadings due to unexpected loads under various road conditions. Random loads …

In this study, hybrid multi-layer perceptron artificial neural network (HMLP ANN) models
were developed to predict the fatigue life of automotive coil springs with high accuracy …

This study presents a fatigue reliability assessment of a vehicle coil spring based on random
road load conditions for fatigue life characterisation. Fatigue life data characterisation was …

Flexural and flexural fatigue reliability of glass fabric/epoxy composites used in anti-roll bars
in room and sub-zero temperature regions at+ 25° C,+ 10° C, 0° C,− 10° C,− 20° C,− 30° C …

Today, the automobile can move at a very high speed. Therefore, the safety and stability
issues of the vehicle are especially concerned. To limit the vehicle's lateral instability when …

Stiffness and stability are of high importance for vehicles. Existing suspension systems are
working for vehicle stability increasing and they are not limited to own. One of the stability …

The objective of the study was to evaluate the quasi-static and fatigue performance of
automotive anti-roll bars (ARBs) under extreme environmental conditions. Flexural quasi …

An anti-roll bar or sway bar is one of the suspension elements that improve the stability or
aligning one wheel with the other one and control the rollover of the automobile while …

The suspension system in vehicles supports the vehicle's road stability and ride quality by
scaling down the vibration responses resulting from road surface's roughness. This research …

Automobiles meant for a tropical country might not be found suitable in an arctic
environment merely because some materials had already gone through ductile to brittle …