RING KHODRO PARS Company is prepared to collaborate with universities and research centers in conducting demand-driven theses and research projects in its relevant areas of interest.

1. Design and fabrication of an oil separation system to reduce oil consumption as coolant

2. Study and identification of an alternative to oil-based coolant in Gap Stainless Steel Narrow filtration systems

3. Simulation and investigation of the Gas Port concept for the piston ring of the EF7 Plus engine

4. Investigation and simulation of the effect of first-ring geometric parameters on piston ring flutter

5. Three-dimensional simulation of piston ring behavior in the engine to optimize oil consumption and crankcase vapor rate

6. Experimental study of the effect of PVD coating parameters on the outer surface of the piston ring on coating adhesion and wear resistance

7. Numerical study of the effect of cylinder distortion on oil consumption during piston ring operation in the engine

8. Study, investigation, and development of a comprehensive failure analysis of scuffing in the engine

9. Numerical investigation of the effect of surface roughness parameters on oil consumption in the engine

10. Extraction of the piston ring profile based on parametric product specification data

11. Design of the manufacturing process for a piston ring end-gap gauge (feeler gauge)

12. Design and fabrication of a laboratory piston ring coating system for depositing CrN coating by PVD

13. Design of cutting tool materials for carbide cast irons with a hardness of 45 HRC

14. Extending the life of tools and fixtures using coating methods and replacing cast materials with tool steel

15. Design and fabrication of CBN tools (including five groups)

16. Design of colored coatings for piston rings

17. Design of coating materials for cast bushings with rough surfaces

18. Design of cleaning materials for pattern plates in the sodium silicate process

19. Reconditioning of worn machining tools

20. Design of a deburring and polishing process for piston ring springs using materials cheaper than phosphoric acid

21. Design of inorganic liquid quenching media

22. Recovery of chromic acid solutions in chromium plating processes

23. Design and fabrication of an in-line piston ring counting system during production

24. Design of a software-based in-process tracking system

25. Extraction of the piston ring curvature pattern using image processing

26. Design of rolling tools for steel piston ring coils

27. Design of CNC oval-turning lathe components as a replacement for the cam-based method

28. Automation of the light transmission inspection process

29. Automation of the height measurement process

30. Simulation of the piston ring honing process to reduce honing bush consumption and honing time

31. Design of ultrasonic cleaning equipment for piston rings