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- W3163137102 endingPage "1542" @default.
- W3163137102 startingPage "1522" @default.
- W3163137102 abstract "PODE 3 reaction mechanism developments are still in the early stages with very limited research. In particular, reaction mechanisms to characterize PODE 3 combustion are neither sufficiently compact nor robust for 3D numerical simulations. Hence, the current work seeks to develop a compact yet reliable PODE 3 reaction mechanism, embedded with appropriate chemistry to describe polycyclic aromatic hydrocarbon reactions. A decoupling methodology has been employed to achieve the desired outcome. The final mechanism comprises only 120 species and 560 reactions even after including components of diesel and gasoline surrogates. It has been validated with ignition delay times, laminar flame speeds, jet-stirred reactor species concentration profiles, flame species concentration profiles, extinction strain rates, heat release rates in constant volume combustion chamber, homogeneous charge compression ignition engine combustion, and direct injection compression ignition engine combustion. In a numerical investigation conducted using gasoline/diesel/PODE 3 blends, soot emissions are observed to decrease with PODE 3 increment, which establishes PODE 3 as a promising additive. Intriguingly, the current study has also discovered that with 15% PODE 3 addition, soot and its precursors will increase in concentration during combustion, though this effect will be outweighed by oxidative effects towards the end. Overall, the new mechanism has been proven suitable and feasible for engine simulations." @default.
- W3163137102 created "2021-05-24" @default.
- W3163137102 creator A5026895191 @default.
- W3163137102 creator A5056100212 @default.
- W3163137102 creator A5067396709 @default.
- W3163137102 creator A5077769432 @default.
- W3163137102 date "2021-05-14" @default.
- W3163137102 modified "2023-09-26" @default.
- W3163137102 title "Enabling robust simulation of polyoxymethylene dimethyl ether 3 (PODE<sub>3</sub>) combustion in engines" @default.
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