By Nick Syred, Artem Khalatov
The NATO ARW complex Combustion and Aerothermal applied sciences: Environmental security and toxins mark downs, used to be held in Kiev, may possibly 2006. The workshop used to be Co-Directed through Profs. N. Syred and A.Khalatov, winners of the NATO clinical Prize 2002, and was once equipped via the Institute of Thermophysics (Ukraine) and Cardiff collage, united kingdom. the first Workshop goals have been to evaluate the present wisdom on complicated combustion and aerothermal applied sciences supplying decreased environmental effect, to spot instructions for destiny examine within the box, and to advertise the shut relationships and enterprise contacts among scientists from NATO and accomplice international locations.
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Additional resources for Advanced Combustion and Aerothermal Technologies: Environmental Protection and Pollution Reductions
J. BOWEN numbers). , 2005). 2 TRANSIENT ATOMIZATION In the mid-1990s, the automotive industry took considerable steps forward in “clean” gasoline engine technology by introducing the Gasoline Direct Injection (G-DI) engine concept. Transient two-phase fluid diagnostics then became critical in fully understanding and optimizing the state of the preignition fuel charge, and hence some of the basic principles upon which G-DI improvements are based. This provided the challenge for researchers to develop and apply novel techniques to interrogate the two-phase G-DI sprays, which are injected over the timescale of milliseconds, in the form of droplets of size typically less than 20 µm, and at speeds of the order of 100 m/s.
Ustimenko, Plasma technologies for solid fuels: experiment and theory, Journal of the Energy Institute, 78(4), 157–171 (2005). N. Kruzhilin. Plasma Gasification of Coal. Vestnik (Bulletin) of Academy of Science of the USSR, 12, 69–79 (1980). SOME ADVANCES IN TWO-PHASE THERMOFLUID RESEARCH FOR ENVIRONMENTAL PROTECTION AND POLLUTION REDUCTION P. J. BOWEN Cardiff School of Engineering, Newport Road, Cardiff, CF243TA, UK Abstract. Two-phase thermofluid processes can be utilized and optimized to contribute to Environmental Protection and Pollution reduction.
This data proves invaluable in verification studies of two-phase fluid dynamic models, or indeed as source data in empirical submodel development of the impingement process. Optimization of the G-DI stratified charge operating mode depends in part upon the quantity of fuel that remains on the piston surface after impingement. Although surface evaporation assists in minimizing this effect, clearly the potential exists for residual fuel to contribute to unburnt hydrocarbon emissions, and potentially degrade the piston surface due to mini pool fires.