Accurately obtaining dynamical parameters in relation to machining processes is extremely
crucial to predict stability lobe diagrams (SLDs), which are used to plan chatter-free cutting …

Dynamic properties of the whole machine tool structure including tool, spindle, and machine
tool frame contribute greatly to the reliability of the machine tool in service and machining …

Fault detection is considered to be one way to improve system reliability and dependability
for railway vehicles. The secondary lateral and anti-yaw dampers are the most critical parts …

This paper presents a novel method for the state health monitoring of high-speed train
suspensions from in-line acceleration measurements by embedded sensors, for …

Reliability and dependability in complex mechanical systems can be improved by fault
detection and isolation (FDI) methods. These techniques are key elements for maintenance …

This work investigates the energy dissipation in a wheel/rail system with field measurements
and friction work modeling. Friction and contact conditions are measured and analyzed in …

International standards indicate the need for adequate quality control in the production of
masonry in the form of light bricks, double bricks, insulating bricks, breeze blocks, concrete …

This paper presents a review of various works that highlight the importance of introducing
the variability of the road-track/vehicle system into dynamic simulations as soon as this latter …

This work investigates the power dissipation in a wheel/rail system through friction work
modeling. In order to identify the effect of the friction coefficient on the power dissipation in …

The capacity of transport as well as the number of passengers is growing in the railway
industry. At the same time, the pressure to reduce service costs rises. Reliability and …