Aircraft engines
Permanent URI for this collectionhttp://er.nau.edu.ua/handle/NAU/37936
News
Browse
Browsing Aircraft engines by Author "Goncharenko, Andriy Viktorovich"
Now showing 1 - 11 of 11
- Results Per Page
- Sort Options
Item Aircraft engines. Lecture notes (first preliminary edition)(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichThe presented LECTURE NOTES has been developed in response to the periodical requests to deliver the course on the subject of AIRCRAFT ENGINES. This coarse manual is deemed useful for those who need the basics on the AIRCRAFT ENGINES knowledge. Being a sketch the summary comprises fragments of the total lectures according to the plan. In correspondence to the requirements the text of the lectures can be rearranged, modified, adjusted, renewed, and enlarged to cater for needs of the customers. Some portions of the text are deliberately omitted in the electronic publication. Moreover, the LECTURE NOTES are envisaged to be contributed to the NAU Electronic Repository fragment by fragment (chapter by chapter in some shortening).Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 1. General characteristic of thermodynamic system and heat and work mutual conversions(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichGeneral principles of physics. Law of energy transformation. Law of energy conservation.Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 10. Heat capacities(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichThe amount of heat which is necessary to be taken in into a body or withdrawn from it in order to change its temperature in 1 °C is called heat capacity. Heat capacity is calculated by the formula.Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 2. Basic considerations of thermodynamic processes(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichUnder thermodynamic process it is understood a sequence of states (series, complex (the whole collection) of sequential states), through which a thermodynamic system undergoes at its interaction with the surrounding mediumItem Aircraft engines. Lecture notes (first preliminary edition). Chapter 3. Theoretical dependencies for an ideal gas(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichAn equation that establishes (sets up) the connection between pressure, temperature, and specific volume of a medium of a constant content (composition, compound) is called the thermodynamic equation of stateItem Aircraft engines. Lecture notes (first preliminary edition). Chapter 4. Approaches for a real gas dependencies derivation(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichThus, the properties of real gases in both quantitative and qualitative respects significantly differ from the properties of the ideal gasses. Therefore, all results for ideal gases will be approximate and fare just at the very great rarefactions. Accordingly to that there appeared (came out, emerged) a necessity in developing the equation of state, which would precisely describe the state of a real gas.Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 5. Thermal coefficients(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichThermal coefficients characterize heating and elastic (resilient) properties of bodies. There are known the coefficient of volumetric expansion , the thermal coefficient of pressure , and isothermal coefficient of compressibility.Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 6. Internal energy characteristic of thermodynamics(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichIn thermodynamics, the total energy of a macro-systemItem Aircraft engines. Lecture notes (first preliminary edition). Chapter 7. Heat and work consideration(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichBodies in the thermodynamic process exchange energy between themselves. The energy of some bodies increases, the others, on the contrary, decreases instead. The transfer (transition, transmission) of the energy can be realised by two ways [113, pp. 23-24].Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 8. Law of energy conservation in thermodynamics(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichThe firs law of thermodynamics (first beginning) in the general view represents by itself the law of conservation and conversion of energy.Item Aircraft engines. Lecture notes (first preliminary edition). Chapter 9. Calculus methods(National Aviation University, 2019-03-01) Goncharenko, Andriy ViktorovichApplication of calculus to thermodynamics. In mathematics they are functions by Pfaff of two variable values.