AN ARRAY OF QUESTIONS RELATED TO NEW TECHNOLOGIES FOR MANUFACTURING NON-RIGID THIN-SHELL FLAT PARTS MADE OF AIRCRAFT MATERIALS IS VIEWED. TO REDUCE POSSIBLE DEFORMATIONS AND IMPROVE THE QUALITY, IT HAS BEEN SUGGESTED THAT THE ENERGY OF A MODULATED ULTRASONIC FIELD SHOULD BE USED
Abstract and keywords
Abstract (English):
An array of questions related to new technologies for manufacturing non-rigid thin-shell flat parts made of aircraft materials is viewed. To reduce possible deformations and improve the quality, it has been suggested that the energy of a modulated ultrasonic field should be used

Keywords:
non-rigid parts, modulated ultrasonocs, titanium and aluminium alloys
Text
Publication text (PDF): Read Download
References

1. Khramov, A., Semdyankin, I., Kiselev, E. Application of the Modern Stationary Workholding Systems for Increase Capacity and Quality of Non-Rigid Aircraft Parts/ Matec web of Conferences 346, 03076 (2021) ICMTMTE 2021.

2. Available at: https://haltec.bitrix24.ru/~eluYV. (Accessed 4 april 2022)

3. Kiselev E.S., Kovalnogov V.N. Mekhanicheskaya obrabotka zagotovok v usloviyakh kriticheskogo teplomassoperenosa [Machining of workpieces in conditions of critical heat and mass transfer]. Moscow: Russian Academy of Sciences Publ., 2008, 250 p. ( in Russian).

4. Kiselev E.S. Modern ultrasonic dimensional technologies for machining workpieces from difficult-to-machine and composite materials. / Science-intensive technologies in mechanical engineering, 2020, no. 9 (111), pp.33-39.

5. Markov A.I. Ultrazvukovaya obrabotka materialov [Ultrasonic processing of materials]. Moscow: Mashinostroenie Publ., 1980. 237 p. (in Russian).

6. Nerubai M. S., Shtrikov B. L., Kalashnikov V. V., Ul’trazvukovaia mekhanicheskaia. obrabotka i sborka [The ultrasonic machining and assembly], Samara Book Publ., Samara, 1995, 190 p. (in Russian).

7. ULTRASONIC 20 linear- ULTRASONIC DMG MORI machines, available at: http://sistem.ru/netcat_files/multifile/2295/pugru13_ultrasonic_pdf_data.pdf (Accessed 26 february 2022).

8. ULTRASONIC Series, available at: http://sistem.ru/netcat_files/multifile/2295/pugru13_ultrasonic_pdf_data.pdf (Accessed 27 february 2022).

9. Kiselev, E.S., Blagovsky, O.V. Upravlenie formirovaniem ostatochnikh napryazhenii pri izgotovlenii otvetstvennikh detaley. Monografiya. [Controlling the formation of residual stresses in the manufacture of critical parts. Monography]. St. Petersburg: Lan, 2020, 140 p. (in Russian).

Login or Create
* Forgot password?