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期
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卷 92, 编号 2 (2025)
Calculation of normal tire stiffness for tractors and agricultural machinery based on the loaded wheel radius
Balakina E., Sergienko I., Konshin V.
PDF
(Rus)
卷 90, 编号 1 (2023)
Calculation of normal stiffness and contact patch of ultra-low pressure tires for agricultural machinery
Balakina E., Godzhaev Z., Konshin A., Kochetov M.
PDF
(Rus)
卷 87, 编号 6 (2020)
Experimental evaluation of traction properties of ultra-low pressure tires
Goncharenko S., Godzhaev Z., Artemov A., Pryadkin V., Godzhaev T.
PDF
(Rus)
卷 80, 编号 7 (2013)
Influence of wheel parameters on tire volume
Makhmutov M., Bykovskiy V.
卷 82, 编号 2 (2015)
Calculation method of modeling of deformation properties of soils in the forecasting problems of interaction of wheeled mover with the bearing surface
Kurdyuk V., Volskaya N., Rusanov O.
卷 89, 编号 4 (2022)
Promising mobile vehicles with ultra-low pressure tires for agricultural production
Gojaev Z., Pryadkin V., Kolyadin P., Artemov A.
PDF
(Rus)
卷 87, 编号 3 (2020)
Computational and experimental assessment of the influence of ultra-low pressure tires of mobile power equipment on soil
Godzhaev Z., Goncharenko S., Artemov A., Pryadkin V., Godzhaev T.
PDF
(Rus)
卷 81, 编号 1 (2014)
Applicability of different models of wheel tractor dynamic system for the calculation assessment of its vibration load
Podrubalov V., Podrubalov M., Nikitenko A.
卷 88, 编号 2 (2021)
Modeling the parameters of free and driving wheel rolling modes taking into account the asymmetry of the normal reaction diagram
Romanchenko M.
PDF
(Rus)
卷 85, 编号 2 (2018)
Optimization of design parameters of radial tires of propellers of combine harvesters
Melikov I.
PDF
(Rus)
卷 81, 编号 1 (2014)
Modeling of interaction between a high-elastic tire and a road hump
Pryadkin V., Godzhayev Z.
卷 79, 编号 7 (2012)
Theoretical estimate of traction and coupling performance of wheel tractors
Gapich D., Nesmiyanov I., Shiryayeva Y.
卷 84, 编号 11 (2017)
Exper-imental study of the characteristics of tractor pneumatic tires
Parkhomenko S., Parkhomenko G.
PDF
(Rus)
卷 81, 编号 4 (2014)
Automation of performance calculation of horizontal load stabilizers for machine and tractor units
Kuznetsov N., Gapich D.
卷 78, 编号 6 (2011)
Mathematical modeling of deformation of wheel tractor tire equipped with a variable mass device for additional loading
Gorshkov Y., Akulich O., Starunova I., Kalugin A., Leschenko Y.
卷 82, 编号 8 (2015)
Determination of maximal slipping of wheeled movers taking into account the limiting of their impact on soil
Nadykto V.
卷 81, 编号 2 (2014)
Low pressure tire as an optimal mover for vehicles on weak soils
Kotlyarenko V., Goncharenko S., Godzhayev Z., Shapiro V.
卷 77, 编号 6 (2010)
Indices of fertilizer application complexes' bearing and agroecological cross-country ability
Gorin G., Radkevich V., Yanchuk A.
卷 79, 编号 12 (2012)
Slipping dynamics of a class 1,4 wheeled tractor
Kuznetsov N., Gapich D., Shiryayeva Y.
卷 81, 编号 3 (2014)
Theoretical investigations of wheeled tractor frame oscillations during the operation in tractive mode
Schetinin Y., Yesenovskiy-Lashkov M., Sergeyev A.
卷 86, 编号 5 (2019)
Methods for assessing the contact area of wheel propellers with a support base
Revenko V., Godzhaev Z., Rusanov A.
PDF
(Rus)
卷 80, 编号 4 (2013)
Analysing the results of comparative tests of tractive and coupling properties of wheels equipped with tires of low and extremely low pressure
Gorin G., Yanchuk A., Vaschula A.
卷 81, 编号 4 (2014)
Parameterization of extra-low pressure tires for chemicalization mobile vehicles
Godzhayev Z., Izmaylov A., Pryadkin V.
卷 90, 编号 6 (2023)
Vibration loading of booms ofaself-propelled sprayer with ultra-low pressure tires
Pryadkin V., Kolyadin P.
PDF
(Rus)
卷 86, 编号 6 (2019)
Development of a method for obtaining a section of reduced stiffness on the elastic characteristic of a vehicle tire
Ryabov I., Pozdeev A., Erontaev V., ZHdamirova E.
PDF
(Rus)
卷 80, 编号 5 (2013)
Assessment of bearing and coupling passability of chemicalization vehicles on grounds of low bearing value
Pryadkin V.
卷 81, 编号 5 (2014)
Analytic assessment of tractive and coupling properties of tractors with 4К4 axle configuration taking into account the kinematic imbalance of driving axles’ movers
Kuznetsov N., Gapich D.
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