Abstract
The paper presents a methodology for calculating the fatigue life of tracks of a high-speed tracked vehicle. The methodology includes computer simulation of motion of the machine on the road, calculation of loads acting on the tracks of tracks, stresses in the most stressed areas of the tracks, and prediction of durability by the criterion of fatigue failure. In the simulation of motion, the dynamic properties of the projected machine and the typical operating conditions in different climatic conditions are taken into account. The characteristics of loading are determined by the results of full-scale field tests. The maximum stresses in the tracks occur under the action of random loads from the ground. Ground is regarded as a Winkler half-space with randomly distributed elastic elements. To calculate the stresses in the most loaded zones of the tracks, a technique based on the principle of independence of the action of forces and the use of the finite element method is proposed. In different loading cycles, the relationship between the components of the stress tensor in the most stressed zone is different. The loading of the track is multiparameter. Therefore, a special method was used to calculate the accumulated fatigue damage. The article presents the results of using the proposed methodology for predicting the fatigue life of tracks of tracked transport vehicles.
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Zabavnikov NA (1975) Osnovy teorii transportnyh gusenichnyh mashin (Fundamentals of the theory of transport tracked vehicles). Mashinostroenie, Moskow
Platonov VF (1973) Dinamika i nadezhnost’ gusenichnogo dvizhitelya (Dynamics and reliability of caterpillar tracks). Mashinostroenie, Moskow
Bekker M (1956) Theory of land locomotion. University of Michigan Press, Michigan
South J, Blass B (2001) The future of modern genomics. Blackwell, London
Abyzov AA, Berezin II (2015) Obespechenie bezotkaznosti ehlementov hodovyh sistem bystrohodnyh gusenichnyh mashin pri proektirovanii na osnove modelirovaniya processov ehkspluatacii i formirovaniya otkazov (Ensuring reliability of elements of running systems of fast tracked machines on the basis of the operation modeling and shaping operation failures). Technology of wheelend and tracked machines. Rev Anal Sci Tech J 3:39–45
Kolodkin VA (1982) Issledovanie nagruzhennosti dvizhitelya transportnoj mashiny i razrabotka metodov prognozirovaniya nadezhnosti gusenic po kriteriyu ustalostnogo razrusheniya trakov (Study of loading of running gear of the transport vehicle and the development of track reliability prediction methods according to the criterion of fatigue failure of rack link). Dissertation, Chelyabinsk Polytechnical Institute
Abyzov AA (2012) Ispol’zovanie metoda konechnyh ehlementov dlya modelirovaniya vzaimodejstviya gusenicy s gruntom pri krivolinejnom dvizhenii mashiny (Using the finite element method to simulate the interaction between the track and ground in the curvilinear motion of the machine). In: Proceedings of the 15th All-Russian scientific-practical conference. T. 3: Armored machinery and armament. NGOs Spetsmaterialy, Saint Petersburg, pp 184–190
Berezin II, Kolodkin VA (1977) Stohasticheskoe modelirovanie vzaimodejstviya gusenicy s gruntom (Stochastic modeling of the interaction between the track and ground). Dynamics and durability of structures. Coll. scientific. Chelyabinsk Polytechnical Institute, Chelyabinsk, pp 112–166
Berezin II, Abyzov AA (2017) Probabilistic modeling of tracked vehicle mover and ground interaction. Proc Eng 206:432–436
Abyzov AA, Berezin II, Byvaltsev VI et al (2002) Primenenie metodiki imitacionnyh resursnyh ispytanij dlya ocenki resursa tyazhelonagruzhennyh ehlementov dvizhitelya bystrohodnyh gusenichnyh mashin (The use of simulation techniques to assess the endurance test of the resource elements of heavy-duty propulsion fast tracked vehicles). In: Environmental engineering in transport-road complex. Coll. scientific. tr. MADI (TU). MADI, Moscow, pp 143–154
Berezin II, Abyzov AA (2000) Modelirovanie processa ehkspluatacii pri imitacionnyh resursnyh ispytaniyah mobil’noj tekhniki (Process modeling simulation of resource use at trial of mobile technology). In: Technique and technology of construction and operation of highways. Coll. scientific. tr. MADI (TU). MADI, Moscow, pp 56–74
Wong J (2001) Theory of ground vehicles, 3rd edn. Wiley, London
Berezin II, Sadakov OS, Kolodkin VA (1979) K voprosu opredeleniya spektrov napryazhenij v detalyah slozhnoj formy pri sluchajnom nagruzhenii (To the problem of determining the stress spectra in details of a complex shape under random loading). Durability of machine-building structures under variable loads. Coll. scientific. tr. ChPI. Chelyabinsk Polytechnical Institute, Chelyabinsk, pp 107–111
Abyzov AA, Berezin II, Sadakov OS (2015) Fatigue life prediction of engineering structures under multivariable random loading using structural model. Proc Eng 129:845–850
Abyzov AA, Sadakov OS (2016) Model of accumulation of cycle fatigue damage in multi-parametric random loading. Proc Eng 150:254–259
Abyzov AA, Sadakov OS (2005) Primenenie strukturnoj modeli dlya ocenki ustalosti pri mnogoparametricheskom sluchajnom vozdejstvii (Use of a structural model for the assessment of fatigue multiparameter random impact). Vestnik IuUrGU. Seriia: Matematika. Fizika. Khimiia 2:73–79
Abyzov AA, Sadakov OS, Felk NO (2005) Model’ nakopleniya ustalostnogo povrezhdeniya pri proizvol’noj istorii napryazhenij. Identifikaciya i verifikaciya (Model accumulation of fatigue damage in the history of any stress. Identification and verification). Vestnik IuUrGU. Seriia: Matematika. Fizika. Khimiia 6:72–76
Sergeev VG, Berezin II (1980) K raschetu resursa detalej, rabotayushchih v usloviyah neregulyarnogo nagruzheniya i ploskogo napryazhennogo sostoyaniya (Calculation of the resource components operating in conditions of irregular loading and plane stress). Mashinovedenie 4:67–73
Gusev AS (1989) Soprotivlenie ustalosti i zhivuchest’ konstrukcij pri sluchajnyh nagruzkah (Fatigue resistance and survivability of structures under random loads). Mashinostroenie, Moscow
Abyzov AA, Berezin II, Sadakov OS (2006) Primenenie metoda imitacionnogo modelirovaniya ispytanij k raschetu resursa hodovoj chasti transportnyh mashin (Application of the simulation test to the calculation of the resource undercarriage transport vehicles). Vestnik IuUrGU. Seriia: Mashinostroenie 11:122–129
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Abyzov, A.A., Berezin, I.I. (2019). Fatigue Life Prediction of Track Link of a High-Speed Vehicle. In: Radionov, A., Kravchenko, O., Guzeev, V., Rozhdestvenskiy, Y. (eds) Proceedings of the 4th International Conference on Industrial Engineering. ICIE 2018. Lecture Notes in Mechanical Engineering. Springer, Cham. https://doi.org/10.1007/978-3-319-95630-5_48
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