Acquiring expended theoretical and practical knowledge in the field of functionality and element construction, devices and systems, as well as individual mechatronic components which make IC engine equipment

Ability to independently and creatively use acquired knowledge and skills to consider and solve new problems, as well as interdisciplinary approach to the problems in the field of functionality and element construction, devices and systems as well as individual mechatronic components which make IC engines equipment.

Definition, history and division of IC engines. Theoretical IC engine cycles. Theoretical engine cycles: Otto, diesel, combining-analysis and comparison. Theoretical cycles. Actual cycles analysis and selection of calculation cycle parameters. Process of working matter change of four-stroke engines with suction and with specific features of two-stroke engines. Process of compression. Process of combustion. Analysis of engine indicators: middle indicating pressure, indicating power, specific indicating fuel consumption. Analysis of effective engine indicators. Forsage engine indicators: litar and specific power. Heat balance. Combustion processes analysis in Otto and diesel engines. Normal combustion flow phases. Forms of unnormal combustion. Forming space for combustion in Otto and diesel engines. Engines driving characteristics: speed analysis, load, combining, and other characteristics.

Oral presentation in lectures accompanied with appropriate images, diagrams and schemes projected aided by PC computers. Auditory practical classes and laboratory practical classes in testing tables for IC engines testing with appropriate laboratory equipment.