Progressively stringent regulations regarding vehicle emissions and fuel economy have
spurred technology diversification in light-duty passenger vehicles (LDPVs). To assess the …

With implementing vehicle emission control policies, tailpipe particulate emissions have
been gradually controlled, and the relative contribution of non-tailpipe particulate emissions …

Transport and power generation applications will play an important role in current and next-
generation compression ignition (CI) engines. Methanol, ethanol, and butanol have …

Traffic as an important part of the energy sector significantly contributes to global air
pollution. To mitigate the hazardous components of traffic emissions regulations have been …

Achieving carbon neutrality necessitates the adoption of zero-carbon fuels in engine
applications, with ammonia emerging as an up-and-coming candidate due to its favorable …

Air pollution, the presence of harmful or excessive concentrations of pollutants in the Earth's
atmosphere, results in severe health impacts, including respiratory and cardiovascular …

This chapter aims to bring attention to the origins of air pollution. Understanding the sources
of air pollution is vital for grasping the intricate connections between human actions, natural …

The push for environmental protection and sustainability has led to strict emission
regulations for automotive manufacturers as evident in EURO VII and EPA2027 …

Light-duty transportation continues to be a significant source of air pollutants that cause
premature mortality and greenhouse gases (GHGs) that lead to climate change. We assess …

Recently, hybrid electric vehicles are getting popular as they are both clean and efficient. As
one of the hybrid electric powertrains, the battery powered parallel electric-hydraulic hybrid …