This paper presents a fluid-structure interaction simulation applicable for evaluating and
optimizing hydraulic valve designs. A special emphasis is placed on shim stack valve …

This article deals with the influence of the elastic-damping properties (energy losses) of tired
wheels on the results of the evaluation of the technical condition (dynamic properties) of …

Magnetorheological (MR) dampers, renowned for their tunable mechanical properties and
energy dissipation capabilities, have been widely implemented in various vibration control …

Vehicle suspension system diagnostics is essential to both operation and maintenance of
automotive vehicles. Diagnostic methods should provide signals that in-service defects have …

The paper presents comparison of damping characteristics determined for new hydraulic
shock absorbers. The damping characteristics were determined on indicator test stand for …

The article provides and discusses results of tests of a bypass-controlled hydraulic shock
absorber studied at a test stand (mechanical inductor), making it possible to plot work charts …

The paper presents results of investigation of hydropneumatic strut on indicator test stand.
On this stand the force versus displacements and force versus velocity loops were …

This paper presents a quick-and-dirty method to assess the risk of negative aeration effects
occurring in twin-tube hydraulic shock absorbers used in passenger cars at the early design …

Purpose: The first aim of this paper is to optimize pneumatic actuator behavior using a
structured approach to define and control system factors in order to achieve targeted output …

A measurement methodology based on differential-geometric properties of certain
characteristic curves frequently used in hydraulics is presented. An iterative process that …