We consider the loads that are related to steering events, and focus on the events that cause high forces on steering components. The load is simplified by keeping the extreme force value for each driving event. We define a simplified stochastic model for the load by modeling the extreme value for each driving event by a random variable. We give formulas to compute the theoretical load spectrum and the expected fatigue damage caused by the driving events. Further, in a sensitivity study we investigate how much the expected damage depends on the variability of parameters of the proposed model
This paper presents a study of fatigue damage predictions in vibrating dynamic systems with unknown ...
International audienceThis work reports the different steps of a frequency decomposition method appl...
International audienceIn order to reliably design automotive structures, engineers need to determine...
AbstractWe consider the loads that are related to steering events, and focus on the events that caus...
We consider the loads that are related to steering events, and focus on the events that cause high f...
Forces during steering events, such as curves and maneuvers, cause large stresses on steering compon...
International audienceTo adapt their products to the durability requirements, car manufacturers must...
AbstractTo adapt their products to the durability requirements, car manufacturers must possess a sui...
A vehicle's chassis plays a critical role in its reliability and durability. To ensure occupant safe...
In the automotive industry, temporal, financial and human constraints require continuous improvement...
International audienceIt is essential for car manufacturers to ensure their vehicle robustness under...
This work presents an application of a frequency-domain methodology developed for the fatigue damage...
A way of parameterizing markets and applications for fatigue life assessments for trucks is discusse...
A fundamental theoretical study is performed for the computation of the expected fatigue damage of ...
This paper presents a study of fatigue damage predictions in vibrating dynamic systems with unknown ...
International audienceThis work reports the different steps of a frequency decomposition method appl...
International audienceIn order to reliably design automotive structures, engineers need to determine...
AbstractWe consider the loads that are related to steering events, and focus on the events that caus...
We consider the loads that are related to steering events, and focus on the events that cause high f...
Forces during steering events, such as curves and maneuvers, cause large stresses on steering compon...
International audienceTo adapt their products to the durability requirements, car manufacturers must...
AbstractTo adapt their products to the durability requirements, car manufacturers must possess a sui...
A vehicle's chassis plays a critical role in its reliability and durability. To ensure occupant safe...
In the automotive industry, temporal, financial and human constraints require continuous improvement...
International audienceIt is essential for car manufacturers to ensure their vehicle robustness under...
This work presents an application of a frequency-domain methodology developed for the fatigue damage...
A way of parameterizing markets and applications for fatigue life assessments for trucks is discusse...
A fundamental theoretical study is performed for the computation of the expected fatigue damage of ...
This paper presents a study of fatigue damage predictions in vibrating dynamic systems with unknown ...
International audienceThis work reports the different steps of a frequency decomposition method appl...
International audienceIn order to reliably design automotive structures, engineers need to determine...