Automobile flow sensors are critical in ensuring the engine air-fuel ratio, improving fuel
efficiency, and reducing pollution. This paper presents a self-powered shaftless turbine …

Over the last few decades, we have observed significant changes in the automotive and
aviation sector regarding emission reduction and performance improvement. It is said that …

The two-stroke rod-less opposed pistons engine provides a new possibility to improve the
energy conversion path by optimizing cam profile. Constrained by the optimization …

Global concerns about environmental pollution and fuel consumption are increasing, and as
emissions regulations become more stringent, exploring new power and structural forms to …

Advanced two-stroke engines are considered as powertrains for range extenders in hybrid
electric vehicles due to size, simplicity, cost, and power density advantages. In-cylinder heat …

The internal combustion engine's (ICE) electrification calls to question ICE concepts
nowadays, leading to new engine architectures conceived to operate as series hybrids. This …

Uniflow-scavenging opposed-piston (USOP) engines exhibit high thermal efficiency and
power density. However, the USOP engine has a continuous in-cylinder airflow state …

Energy efficient utilization is an important research direction of energy conversion systems.
Uniflow scavenging opposed-piston engine has the potential to achieve higher thermal …

The intake port structure optimization is very important for the uniflow scavenging opposed-
piston two-stroke engine, as the intake port structure affects the scavenging efficiency and …

With the development of control technology, the uniflow scavenging opposed-piston (USOP)
diesel engine has shown unique advantages in energy savings and emission reductions …