Abstract: This research focuses on improving the modeling of heat transfer effects in pulsating exhaust flows. We address the challenges of understanding oscillating flow by employing the Metropolis–Hastings Markov Chain Monte Carlo ...

Abstract: This research focuses on improving the modeling of heat transfer effects in pulsating exhaust flows. We address the challenges of understanding oscillating flow by employing the Metropolis–Hastings Markov Chain Monte Carlo ...

Abstract: Abstract. In this article, we automate the constructal design method to design a multiphysics heat-sink with phase-change material for transient thermal loads. By combining high-conductivity material (HCM) and phase change ...

Abstract: Abstract. This study provides empirical insights into transient fluid dynamics and their consequential impact on heat transfer augmentation in reciprocating machinery. Using the transient air system rig (TASR) developed ...

Abstract: A volute is one of the key components in a centrifugal compressor. The aerodynamic stability of the compressor deteriorates remarkably when a volute is employed. This paper investigates the influence of volute-induced ...

Abstract: The flow in intake manifold of a heavily downsized internal combustion engine has increased levels of unsteadiness due to the reduction of cylinder number and manifold arrangement. The turbocharger compressor is thus exposed ...

Abstract: The compressor is operated at unsteady exit conditions in many scenarios such as the instability of combustion in gas turbine and denotation engine. The aerodynamic stability of the compressor is inevitably influenced by ...

Abstract: This paper presents a detailed loss analysis of a centrifugal compressor stage with a vaned diffuser for application in a heavy-duty engine turbocharger. The analysis is carried out in order to investigate the loss ...