The conventional powertrain has seen a continuous wave of energy optimization, focusing
heavily on boosting and engine downsizing. This trend is pushing OEMs to consider …

Each of the elements that make up the turbocharger has been gradually improved. In order
to ensure that the system does not experience any mechanical failures or loss of efficiency, it …

In this paper, we present a novel design for single-rod hydrostatic actuators that produces a
stable response in all operation quadrants. The new design, which can have different …

In this study, syngas combustion was investigated behind reflected shock waves in CO2
bath gas to measure ignition delay times (IDT) and to probe the effects of CO2 dilution. New …

The improvement of the waste management efficiency and sustainability in the electronics
sector requires the disassembly and reuse of valuable electronic components, instead of …

Worldwide emission regulations are driven the efforts of the automotive industry to meet
challenging targets concerning pollution reduction. Nowadays, advances in exhaust …

The determination of the isentropic turbine efficiency under adiabatic and SAE boundary
conditions is studied in this paper. The study is structured into two parts. The first part …

This work presents the performance and efficiency of a needle bearing type turbocharger
under low load condition as affected by lubrication oil temperature and viscosity. The …

One-dimensional wave-action engine models have become an essential tool within engine
development including stages of component selection, understanding system interactions …

The adoption of two stage serial turbochargers in combination with internal combustion
engines can improve the overall efficiency of powertrain systems. In conjunction with the …