AZTUProgrammes

Subject · Mechanical engineering-bachelor

Robustness analysis and modeling of hydromechanical systemsTopics

İFS-3845m10 creditsAutumn semesterElective2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

22 topics

  1. 1. Introduction, basic concepts.

    Lecture

  2. 2. General information about dynamic systems of hydromechanical devices.

    Lecture

  3. 3. Primary equations of dynamics and basic modes of operation of machines.

    Lecture

  4. 4. Force analysis of mechanisms.

    Lecture

  5. 5. Friction in mechanical systems.

    Lecture

  6. 6. Equilibration, balancing, regulation of movement in mechanical systems.

    Lecture

  7. 7. Force analysis of mechanisms considering friction.

    Lecture

  8. 8. Imagination

    Lecture

    Imagination is the human ability to create new images based on previous experience. it is an important component of creative activity.

  9. 9. Dispersion theories: von mises and tresca criteria, reserve coefficients.

    Lecture

  10. 10. Fatigue calculations and part life prediction.

    Lecture

  11. 11. Mathematical foundations of the finite element method (fem): meshing and boundary conditions.

    Lecture

  12. 12. Convergence, error estimation and validation of results in fem.

    Lecture

  13. 13. Calculation of wall thickness of hydraulic cylinders and pipelines (lamé equations).

    Lecture

  14. 14. Pressure vessel strength report and safety standards (asme, iso).

    Lecture

  15. 15. Oscillation (vibration) and dynamic loading analysis in hydromechanical systems.

    Lecture

  16. 16. Azerbaijani enlightenment philosophy

    Lecture

    In this topic, the ideas of azerbaijani enlightenment and the philosophical views of its representatives are studied. the impact of the enlightenment movement on the development of society is analyzed. the importance of the ideas of science, education and national progress is explained.

  17. 17. Conducting static strength analysis in ANSYS mechanical software.

    Lecture

  18. 18. Hydraulic flow modeling in ANSYS fluent/cfx.

    Lecture

  19. 19. Analysis of hydromechanical joints in solidworks simulation.

    Lecture

  20. 20. Comparison of analytical calculation results with FEM results.

    Lecture

  21. 21. A case study on real hydromechanical systems: failure analysis.

    Lecture

  22. 22. Requirements and standards for modern CAE technologies in the design of hydromechanical systems.

    Lecture