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Course ICE Kamaz 740
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Uploaded: 13.09.2008
Content: 80913143327320.rar 1753,63 kB
lenar017(АВТОХОЗ)
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Product description
Thermal, kinematic, dynamic and constructive calculations show that the task is feasible in practice, within the ATP.
As a result of this work it was designed by a two-cylinder gasoline engine based on the cylinder-piston group of the engine KAMAZ - 740.
In the course of the work I got the skills of designing and calculation engine, learned to carry out thermal design, build schedules outside speed, perform a kinematic calculation, evaluate mass shatunnoporshnevoy groups and dynamic calculation engine.
On the basis of the thermal and dynamic calculation is based on the indicator diagram of the nominal mode of operation. Based on dynamic analysis performed strength calculation of piston pin, and a rough calculation of lubrication system.
Additional information
1. A description of the prototype ........................ .. .................................... ... 3
2. Thermal design ..................................................................... ..... 4
3. The parameters of gas exchange ............................................................ ... 5
4. The compression process ..................................................................... ...... 6
5. The application of heat during combustion .......................................... 6
6. Extension of ........................................................................... 7
7. The indicator indicators ......................................................... 7
8. Mechanical losses ............................................................ ... 8
9. Effective indicators ......................................................... .8
10. Basic geometrical parameters ....................................... ..8
11. Construction of the external high-speed characteristics ..................... 9
12. Construction of the indicator diagram ..................... .. ............ .9
13. The kinematic calculation engine .......................................... .12
14. Dynamic calculation engine ............................................. 12
15. Calculation of the piston pin ................................................... ..14
16. The calculation of the lubrication system ......................................................... 16
17. Conclusion .............................................................................. 18
18. Applications ..................................................................... ... 19
19. References ........................................................................ .23
6 AutoCad drawings of A1 format. 4 main and 2 additional
1) Thermal design (WCC, the indicator chart, etc.).
2) Dynamic analysis (chart)
3) Longitudinal section of the engine
4) Cross-section of the engine
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