Sentence examples for inlet air heating from inspiring English sources

Heavy knock was deliberately induced by adopting inlet air heating and a primary reference fuel blend of reduced octane rating.

The transcritical cycle, with dehumidification of exhaust air at a constant temperature and inlet air heating in the supercritical region, is thermodynamically well-matched to the drying process.

The heat exchangers are tested using inlet air heated up to 750 °C on the hot side, room-temperature inlet air on the cold side, and flow rates up to 3 × 10−3 kg s−1 (150 standard liters per minute of air).

The velocity and temperature fields are presented and the volumetric flow rate, inlet air temperature and heat rejection for different condenser cells are obtained by using CFD simulation.

Nonuniformity of the inlet air flow in heat exchangers is first order importance and has decisive influence on their efficiency because it can intensify longitudinal wall heat conduction and the maldistribution of interior temperature.

Mathematical analysis is conducted to explore the influences of the inlet air temperature and the heat generation rate on the battery cell temperature.

Based on the comparison of the performance of the microchannel heat exchanger with that of the fin-tube heat exchanger designed for CO2 systems, it was proposed that the arrangement of the slabs and inlet air velocity in the microchannel heat exchanger need to be optimized by considering heat exchanger size, air outlet conditions and required capacity.

The collected thermal is utilized to heat the inlet air of turbine during energy discharging process, and to improve the power generation capability.

This deterioration can be caused by soil thermal saturation where the nearby subsoil temperature becomes almost equal to the inlet air temperature resulting in minimum heat transfer between air and soil.

The results show that when the exhausted gas or inlet air temperature increases 10-15°C 10-15°Catheoss of exheatt gas decreases 0.8%-1% and thermalossficiency of boilexhaustem increases 0.8%-1%; The crucial factors that can affect thermal efficiency are exhaust gas temperature andecreaseslatile ratio; seven optimized schemes are designed for a case of boiler system.

It is found that the inlet air temperature does not affect the heat flux under motored operation.