The current study investigates the sources of loss inside a mixed flow, double entry
turbocharger turbine under steady inlet conditions in both full and partial admission. Under …

In times of stringent emission standards for automotive and truck applications, exhaust gas
recirculation (EGR) is used in IC engines to reduce NOx emissions by recirculating a portion …

Most modern turbocharger turbines are driven by a highly pulsating flow generated at the
exhaust valve of an internal combustion engine. The amplitude and frequency of the exhaust …

Turbocharging is widely used in all types of diesel engines to improve power, fuel economy,
and emissions. The asymmetric twin-scroll turbine is a new technology that is relatively …

In this paper, a new combined cycle of asymmetric twin-scroll turbocharged diesel engine
cycle and inverse Brayton cycle (IBC) for use is proposed. The use of a single asymmetric …

Turbine with twin-entry volute has advantage of utilising energy from pulsatile exhaust gas
and improving low-speed torque of an internal combustion engine. This paper investigates …

Most boosting systems in internal combustion engines utilize “pulse turbocharging” to
maximize the energy extraction by the turbine. An internal combustion engine with more …

The current study investigates the flow conditions of a twin scroll asymmetric turbine. This is
motivated by the operating conditions of the turbine at a heavy-duty reciprocating internal …

Low fidelity modeling approaches remain attractive due to an unrivaled ability to predict full
turbine performance maps quickly compared to high-fidelity approaches such as …

The current study investigates the flow conditions of a twin scroll asymmetric turbine. This is
motivated by the operating conditions of the turbine at a heavy-duty reciprocating internal …