The lack of a common methodology on compaction theory stimulates developers of road construction equipment to create various approximate methods for their calculation, the number of which, at the present time, is comparable with the nomenclature of the proposed designs of rollers. The article presents the analysis of the deformable shell behavior of a road roller, and the compacted material under its compacting roller, in a situation when a rigid circular shell of the roller is replaced by a forcefully deformable elliptical shape, which, unlike the circular design, allows variation, adjustment and optimization of the road roller impact on the material to be compacted.
If the inline PDF is not rendering correctly, you can download the PDF file here.
Abdeev B.M. Dudkin M.V. Sakimov M.A. Eleukenov M.T. 2011. Applied theory of assessing the strength of the steel shell of the roller of a road roller with a change in the curvature of the cylindrical guide. Vestnik D. Serikbaev EKSTU. - Ust-Kamenogorsk 4/2011 27-36 (Part 1) 1/2012 35-45 (Part 2).
Birger I.A. Shorr B.F. Iosilevich G.B. 1979. Calculation of the strength of machine parts: a Handbook M.: Mashinostroenie 702.
Bostanov B.O. Temirbekov E.S. Dudkin M.V. Kim A. 2018. Mechanics-Mathematical Model of Conjugation of a Part of a Trajectory with Conditions of Continuity Touch and Smoothness International Conference on Computer Aided Engineering Computational and Information Technologies in Science Engineering and Education 9th International Conference CITech Ust-Kamenogorsk Kazakhstan Proceedings 71-81 https://doi.org/10.1007/978-3-030-12203-4_8.
Doudkin M.V. Kim A. Kim V. 2019. Application of FEM Method for Modeling and Strength Analysis of FEED Elements of Vibroscreen Proceedings of the 14th International Scientific Conference on Computer Aided Engineering June 2018 Series: Lecture Notes in Mechanical Engineering Wroclaw Poland 892.
Doudkin M.V. Kim A. Kim V. Mlynczak M. Kustarev G. 2018. Computer Modeling Application for Analysis of Stress-strain State of Vibroscreen Feed Elements by Finite Elements Method Mathematical Modeling of Technological Processes International Conference CITech 2018 Ust-Kamenogorsk Kazakhstan September 25-28 Proceedings 82-96 https://doi.org/10.1007/978-3-030-12203-4_9.
Doudkin M.V. Pichugin S.Yu. Fadeev S.N. 2013. Studying the Machines for Road Maintenance Life Science Journal 10(12) 134-138 doi:10.7537/marslsj1012s13.24.
Doudkin M.V. Pichugin S.Yu. Fadeev S.N. 2013. Contact Force Calculation of the Machine Operational Point Life Science Journal 10(10) 246-250 doi:10.7537/marslsj1010s13.39.
Doudkin M.V. Vavilov A.V. Pichugin S.Yu. Fadeev S.N. 2013. Calculation of the Interaction of Working Body of Road Machine with the Surface Life Science Journal; 10(12) 832-837 doi:10.7537/marslsj1012s13.133.
Dudkin M.V. Kuznetsov P.S. Sakimov M.A. Golovin A.A. Kiyalbaev A.K. 2006. Roller of road roller Provisional Patent RK 18131. A.S. Of the Republic of Kazakhstan 51084 IPC Е01С 19/26 ЕО1С 19/23. Publ. No. 12 December 15.
Kolkunov N.V. 1972. Fundamentals of the calculation of elastic shells M.: Publishing house “High School” 296.
Ponomarev S.D. Andreeva L.E. 1980. The calculation of the elastic elements of machines and devices M.: Mashinostroenie 326.
Sakimov M.A. Ozhikenova A.K. Abdeyev B.M. Dudkin M.V. Ozhiken A.K. Azamatkyzy S. 2018. Finding allowable deformation of the road roller shell with variable curvature News of the national academy of sciences of the republic of Kazakhstan series of geology and technical sciences 3(429) 197-207.
Temirbekov E.S. Bostanov B.O. Dudkin M.V. Kaimov S.T. Kaimov A.T. 2019. Combined Trajectory of Continuous Curvature Advances in Italian Mechanism Science. Proceedings of the Second International Conference of IFToMM Italy Mechanisms and Machine Science (MMS 68) 68 IFToMM ITALY 12-19 https://doi.org/10.1007/978-3-030-03320-0_2.