The article examines the peculiarities of the influence on the rigidity parameters of
package structures, which are a package formed from hard drives having small thicknesses compared
to its length and transverse dimensions in various ways. The problem was solved by qualitative
analysis of the work of a package structure for bending, torsion and compression-tension. A
qualitative analysis of the features of the influence of design and operational factors on the rigidity
parameters of the FPR was carried out. The main ways in which structural and operational factors
influence the rigidity parameters of package structures are changes in the magnitudes of volumetric
contact elastic and plastic deformations of the disk elements of the package, changes in the magnitudes
of friction forces on the surfaces of mutual contact of flat elements, and changes in the values of elastic
and plastic longitudinal deformations of the tension elements of the package. A qualitative analysis of
the features of the influence of design and operational factors on the rigidity parameters of the FPR
was carried out.
The article examines the peculiarities of the influence on the rigidity parameters of
package structures, which are a package formed from hard drives having small thicknesses compared
to its length and transverse dimensions in various ways. The problem was solved by qualitative
analysis of the work of a package structure for bending, torsion and compression-tension. A
qualitative analysis of the features of the influence of design and operational factors on the rigidity
parameters of the FPR was carried out. The main ways in which structural and operational factors
influence the rigidity parameters of package structures are changes in the magnitudes of volumetric
contact elastic and plastic deformations of the disk elements of the package, changes in the magnitudes
of friction forces on the surfaces of mutual contact of flat elements, and changes in the values of elastic
and plastic longitudinal deformations of the tension elements of the package. A qualitative analysis of
the features of the influence of design and operational factors on the rigidity parameters of the FPR
was carried out.
| № | Муаллифнинг исми | Лавозими | Ташкилот номи |
|---|---|---|---|
| 1 | SIDIKOV A.K. | teacher | , Namangan Engineering and Technology Institute |
| 2 | BOBOEV U.S. | teacher | , Namangan Engineering and Technology Institute |
| 3 | ABDUVAKHIDOV M.N. | teacher | , Namangan Engineering and Technology Institute |
| 4 | AKRAMJANOV D.N. | teacher | Marmara Üniversitesi Recep Tayyip Erdoğan Külliyesi, |
| № | Ҳавола номи |
|---|---|
| 1 | 1. Strength, stability, vibrations. A reference book in three volumes. Volume 1. – M.: Mashinostroenie, 1968. – 832 p. 2. Abduvakhidov M. Study of bending and torsional vibrations of packet rotors. // Problems of mechanical engineering and machine reliability. -1994.-T.5. -WITH. 141. 3. Abduvakhidov M. Dynamics of packet rotors of textile machines. Monograph. – T.: Fan, 2011 - 165 p. 3. Abduvaxidov M. Paxta tozalash mashinalari taxlamli ishchi organlari mexanikasi. Monografiya. – T.: TTYSI, 2017. - 258 p. |
| 2 | 4. Akramjanov D. Study of issues of analytical determination of rigidity parameters of package structures. // Scientific journal Universum: Issue: 4(61)-April 2019. – C. 16. 5. Abduvakhidov M.M., Muradov R.M., G.R.Juraeva. Research of the Issue of Lightening the Construction of the Gin Saw Cylinder. Engineering, 2021, 13, 224-235 6. Abduvakhidov M.M., Muradov R.M. Study of the issues of determining the parameters of the flexural rigidity of saw working bodies. APITECH-IV – 2022. IOP Publishing. Journal of Physics: Conference Series 2388 (2022) 012131 |
| 3 | 7. Sh Kh Kurbanov and U A. Rajapbayev. The vibration sources of car tractor attachments. Technical science and innovation. №3/2022 year. 8. Abduvakhidov M., Abduvakhidov M.M. Study of deplanation of cross sections during torsional vibrations. Acta of Turin Polytechnic University in Tashkent Volume 10, Issue 2, July 2020, 106-109. 9. Abduvakhidov M., Abduvakhidov M.M. Study of warping related to cross-sectional dimensions. Bukhara Institute of Engineering and Technology, Scientific and Technical Journal of Science and Technology Development, No. 7, 2020. Pages 299-301. |
| 4 | 10. Biderman V.L. Oscillation theory. – Moscow: Higher school, 1980, 408 p. 11. A.P. Filippov Vibrations of deformable systems. - M.: Mechanical Engineering, 1990. -736 12. Miroshnichenko G I 1972 Fundamentals of designing machines for the primary processing of cotton M.: Mashinostroenie p 486 13. Rustam Muradov et al 2022 J. Phys.: Conf. Ser. 2388 012131. Study of the issues of determining the parameters of the flexural rigidity of saw working bodies 14. Abduvakhidov M. Mechanics of working bodies of cotton ginning machines. Monograph. - T.: TTYSI, 2017. - 258 p. 15. Abduvakhidov M. Dynamics of packet rotors of textile machines. Monograph. – T.: Fan, 2011 - 165 p. |