Rapid compression machines (RCMs) are widely used to acquire experimental insights into
fuel autoignition and pollutant formation chemistry, especially at conditions relevant to …

Abstract Rapid Compression Machines (RCMs) are well-established facilities to validate
kinetic models in the mid-to-low-temperature regime for moderate to high pressures. The …

Rapid compression machine (RCM) is a widely-used experimental instrument for measuring
ignition delay time (IDT) in the low-to-intermediate temperature range. In this work, to …

Ignition delay measurements are frequently carried out in Rapid Compression Machines
(RCMs), which require a means to prepare mixtures of fuel, oxidizer and diluent gases. In …

The use of creviced pistons in Rapid Compression Machines (RCMs) has proven to be very
efficient in making the temperature homogeneous inside the reaction chamber but has the …

Abstract In most Rapid Compression Machine (RCM) operations, it is sought to have a
homogeneous temperature field inside the core region of the reaction chamber so that the …

Rapid compression machines (RCMs) are widely used by the fuel research community to
provide engine-relevant conditions to study ignition delay time (IDT), which is a crucial target …

Abstract In Rapid Compression Machines (RCM), several phenomena can induce
inhomogeneities inside the reaction chamber. The benefits of using a creviced piston have …

During a rapid compression machine (RCM) experiment, the temperature field that develops
is expected to strongly depend on the initial temperature of the gas and, thus, the wall …

The global climate change trend is resulting in change in precipitation and temperature. This
change is impacting water resources and flow patterns in rivers and streams world-wide …