The upliftment of hybrid vehicles leading to a cleaner environment and better fuel economy is not possible without the applicability of the Atkinson cycle in vehicle engines. The Atkinson cycle's viability for usage in hybrid cars is demonstrated through time-dependent thermodynamics. This cycle engine accomplishes full combustion at constant volume and has an enhanced grade of ignition. These insights can be utilized to create new Atkinson cycle engines as guides. With the help of research articles, researchers investigate the performance of the Atkinson cycle to identify what changes in parameters maximize the Atkinson cycle's operation.
Improvements of vehicle fuel economy may be achieved by the introduction of advanced internal combus...
Bu çalışmada, tek silindirli, dört zamanlı, buji ile ateşlemeli bir motorda Atkinson çevriminin term...
The study concerns numerical tests of an internal combustion engine operating according to the over-...
The upliftment of hybrid vehicles leading to a cleaner environment and better fuel economy is not po...
Presently, the piston-type Otto cycle and Diesel cycle engines suffer from two fundamental disadvant...
Given the wide application of hybrid engines, how to improve hybrid engine fuel economy is being mor...
The introduction of advanced internal combustion engine mechanisms and powertrains may improve the f...
A boosted spark-ignited over-expanded engine was investigated through 1-D engine simulation. A conve...
Bibliography: page 71.This thesis is an investigation into the application of the hybrid Otto-Atkins...
In the bachelor thesis is performed a basic thermodynamic analysis of combustion engines cycles. For...
Current automotive technology is driving towards developing cleaner and more efficient engines that...
Thermodynamic analysis of an ideal air standard Atkinson cycle usnder Efficient Power Density is pre...
Thermodynamic analysis of an ideal air-standard Atkinson cycle with temperature dependant specific h...
Internal combustion engines used in transportation produce about 23% of the UK's carbon dioxide emis...
The Atkinson cycle engine is basically an engine permitting the strokes to be different lengths for ...
Improvements of vehicle fuel economy may be achieved by the introduction of advanced internal combus...
Bu çalışmada, tek silindirli, dört zamanlı, buji ile ateşlemeli bir motorda Atkinson çevriminin term...
The study concerns numerical tests of an internal combustion engine operating according to the over-...
The upliftment of hybrid vehicles leading to a cleaner environment and better fuel economy is not po...
Presently, the piston-type Otto cycle and Diesel cycle engines suffer from two fundamental disadvant...
Given the wide application of hybrid engines, how to improve hybrid engine fuel economy is being mor...
The introduction of advanced internal combustion engine mechanisms and powertrains may improve the f...
A boosted spark-ignited over-expanded engine was investigated through 1-D engine simulation. A conve...
Bibliography: page 71.This thesis is an investigation into the application of the hybrid Otto-Atkins...
In the bachelor thesis is performed a basic thermodynamic analysis of combustion engines cycles. For...
Current automotive technology is driving towards developing cleaner and more efficient engines that...
Thermodynamic analysis of an ideal air standard Atkinson cycle usnder Efficient Power Density is pre...
Thermodynamic analysis of an ideal air-standard Atkinson cycle with temperature dependant specific h...
Internal combustion engines used in transportation produce about 23% of the UK's carbon dioxide emis...
The Atkinson cycle engine is basically an engine permitting the strokes to be different lengths for ...
Improvements of vehicle fuel economy may be achieved by the introduction of advanced internal combus...
Bu çalışmada, tek silindirli, dört zamanlı, buji ile ateşlemeli bir motorda Atkinson çevriminin term...
The study concerns numerical tests of an internal combustion engine operating according to the over-...