Non-intrusive, crank-angle resolved measurements of piston temperature have been
performed in a single-cylinder direct-injection (DI) Diesel engine operating under highly …

In-cylinder temperature and velocity fields were quantified simultaneously in an optically
accessible, small-bore diesel engine. A technique utilizing luminescence from Pr: YAG …

Phosphor thermometry is a temperature measurement technique that has previously been
employed in technically relevant applications to obtain surface temperature. The technique …

Piston temperature experiments were conducted in a single-cylinder heavy-duty Diesel
research engine, based on the Volvo Powertrain D12C engine both by use of optical …

In order to further improve the energy conversion efficiency in reciprocating engines,
detailed knowledge about the involved processes is required. One major loss source in …

In-cylinder temperature measurements are vital for the validation of gasoline engine
modelling and useful in their own right for explaining differences in engine performance. The …

In order to investigate the mechanism of heat transfer on the chamber wall of direct-injection
diesel engines, 2-D temperature imaging and heat flux measurement in the flame impinging …

Accurate surface temperature prediction is essential for the lifetime and efficiency of a rocket
engine. The new ambition of future reusable engines requires perfect knowledge of the …

Cycle resolved wall temperature measurements have been performed in a one cylinder port
injected optical Scania D12 truck engine run in HCCI mode. Point measurements at various …

Temperature measurement of internal components and surfaces can enhance
understanding of thermal processes that occur during engine operation. Such …