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期
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作者
卷 3, 编号 1 (2009)
Optimization of Transmission Control Laws for All-wheel Drive Vehicles with Individual Drive Per Wheel
Bakhmutov S., Gusakov D.
卷 3, 编号 2 (2009)
Damping of Torsional Vibrations of Transmission
Tverskov B.
卷 7, 编号 2-1 (2013)
Preparing of input data for upgrading of all-purpose tracked tractor DT-175S during major overhaul
Krumboldt L., Zenin A., Golovashkin F.
PDF
(Rus)
卷 10, 编号 2 (2016)
Proposals for the formulation of law of control for articulated truck activated trailer hydrostatic transmission
Lepeshkin A., Katanaev N., Mikhailin A.
PDF
(Rus)
卷 14, 编号 2 (2020)
Electromechanical transmission for tractors and road-building machinery
Porshnev G., Dobretsov R., Krasilnikov A.
PDF
(Rus)
卷 6, 编号 1 (2012)
THEORETICAL JUSTIFICATION OF REQUIREMENTS FOR THE AUTOMATIC ADAPTIVE CONTROL OF ELECTRIC TRANSMISSION OF THE FOUR-AXLE ALL-WHEEL DRIVE VEHICLE WITH INDIVIDUAL WHEEL DRIVES
Kulakov N., Lepeshkin A., Cheranev S.
PDF
(Rus)
卷 1, 编号 2 (2007)
Experimental Evaluation of the Influence of the Power Distribution along the Axes of the Multiaxial Wheel Drive on Vehicle Handling and Stability
Bakhmutov S., Gusakov D.
PDF
(Rus)
卷 8, 编号 4-1 (2014)
Analysis of the results of mathematical modeling of curvilinear motion of three-axle all-wheel drive vehicle with locked interaxle drive
Lepeshkin A., Katanaev N., Medvedev A., Simochkin A.
PDF
(Rus)
卷 10, 编号 1 (2016)
Analysis of design schemes of combination of vehicles towing elements wheel drives
Gorelov V., Chudakov O.
PDF
(Rus)
卷 14, 编号 4 (2020)
Preliminary synthesis of algorithms for automatic control of automobile continuously variable transmissions with flexible links
Yesakov A., Kretov A., Krasavin P.
PDF
(Rus)
卷 17, 编号 4 (2023)
Mathematical model of the hovercraft lift system
Lepeshkin A., Sosnovsky N., Nguyen V.
PDF
(Rus) PDF
(Eng)
卷 5, 编号 2 (2011)
Development and Research of a Mathematical Model of a Four-wheel-drive Vehicle with Electric Transmission
Kulakov N., Lepeshkin A., Cheranev S.
PDF
(Rus)
卷 6, 编号 2-1 (2012)
Comparative analysis of series and combined options of control of a hydrostatic transmission of all-wheel drive wheeled vehicle
Lepeshkin A.
PDF
(Rus)
卷 8, 编号 4-1 (2014)
The use of coefficient of rotating mass in determining reduced (equivalent) moments of inertia
Gusakov D.
PDF
(Rus)
卷 11, 编号 1 (2017)
Experimental and computational study of the loading of parts of the wheel gear reducer of a snow thrower
Lyashenko M., Shekhovtsev V., Chebanenko A.
PDF
(Rus)
卷 14, 编号 2 (2020)
Establishing relationships between fuel economy and gear ratios of bus transmission units
Kravets V., Musarskiy R., Tumasov A.
PDF
(Rus)
卷 17, 编号 2 (2023)
To the question of the description of the internal combustion engine in the mathematical model of the lifting system of the hovercraft (on the example of the ZMZ-51432.10 CRS engine)
Lepeshkin A., Nguyen V.
PDF
(Rus)
卷 5, 编号 1 (2011)
Relation between the moments of inertia of the leading and driven parts of the composite flywheel with a torsional damper
Solomatin N., Zotov E., Simonov D.
PDF
(Rus)
卷 6, 编号 2-1 (2012)
Application of active wheel modules in articulated trucks for transportation of oversized and heavy cargo
Korkin S., Kurmaev R., Kramer A.
PDF
(Rus)
卷 8, 编号 3-2 (2014)
Study of stress-strain state of mill roller drive elements
Ivochkin M., Gurevich Y., Dimitryuk S.
PDF
(Rus)
卷 10, 编号 1 (2016)
Energy efficiency evaluation of off-road transport with hydrostatic transmission
Beresnev P., Eremin A., Belyaev A., Zezyulin D., Makarov V., Papunin A., Belyakov V., Kolotilin V., Kurkin A.
PDF
(Rus)
卷 17, 编号 2 (2023)
Ways to improve performance of an internal combustion engine regarding the loading conditions of vehicle transmission
Berdnikov A., Shangutov A., Shilonosov A.
PDF
(Rus)
卷 5, 编号 2 (2011)
Torsional Damper Placement in Vehicle Transmission
Solomatin N., Zotov E., Simonov D.
PDF
(Rus)
卷 6, 编号 2-1 (2012)
Mathematical description and optimization of performance of transmission and brake control in problems of optimal vehicle engineering
Akhmedov A., Bakhmutov S.
PDF
(Rus)
卷 9, 编号 1-1 (2015)
Layout solutions and transmission failures of off-road vehicles with low pressure tires
Lyachenko M., Shekhovtsov V., Migunov A., Chebanenko A.
PDF
(Rus)
卷 11, 编号 3 (2017)
Optimization of vehicle acceleration process, taking into account the mode of operation of its engine
Ulanov A.
PDF
(Rus)
卷 16, 编号 4 (2022)
In memory of Konstantin I. Gorodetsky
Editorial B.
PDF
(Rus)
卷 5, 编号 2 (2011)
Mathematical Model of Steady Movement of an Articulated Truck with an Active Trailer that Allows to Estimate the Losses in Transmission
Lepeshkin A.
PDF
(Rus)
卷 7, 编号 1-1 (2013)
Assessment of impact of reactive units to oscillations of an automobile power plant
Lomakin V., Yemelyanov A.
PDF
(Rus)
卷 9, 编号 2-1 (2015)
Analysis of power flows distribution in the transmission of an articulated truck with an activated trailing unit
Lepeshkin A., Mikhaylin A., Katanaev N.
PDF
(Rus)
卷 11, 编号 3 (2017)
Modern methods of synthesis of automatic planetary gearboxes
Salamandra K.
PDF
(Rus)
卷 16, 编号 1 (2022)
Mathematical simulation of the automatic control of the tractor power unit
Hoodorozhkov S., Krasilnikov A., Gubachov M.
PDF
(Rus)
卷 4, 编号 2 (2010)
Study of the influence of structural parameters on the dynamic load in the mechanical automotive transmission with hybrid powerplant
Selifonov V., Nguyen Khac Tuan -.
PDF
(Rus)
卷 7, 编号 1-1 (2013)
Study of oscillations of the automobile power plant
Lomakin V., Yemelyanov A.
PDF
(Rus)
卷 9, 编号 2-1 (2015)
Hydrostatic transmission of articulated transport and technological machines
Gladov G., Zaytsev S., Kupreyanov A.
PDF
(Rus)
卷 13, 编号 1 (2019)
Selection of parameters of a three-flow parallel electromechanical transmission of a tracked vehicle
Padalkin B., Staduhin A.
PDF
(Rus)
卷 15, 编号 1 (2021)
Numerical simulation of dynamic processes in transmission of vehicle
Hoodorozhkov S., Krasilnikov A.
PDF
(Rus) PDF
(Eng)
卷 4, 编号 1 (2010)
Influence of Clutch Damper Springs Preload on Dynamic Load of Vehicle Transmission
Solomatin N., Simonov D., Zotov E.
PDF
(Rus)
卷 7, 编号 1-1 (2013)
Hydrostatic drive in transmissions of special self-propelled vehicles
Krumboldt L., Golovashkin F., Strelkov A.
PDF
(Rus)
卷 10, 编号 3 (2016)
Applying the law of conservation of angular momentum in the analysis of switching in automatic transmissions
Salamandra K., Tyves L.
PDF
(Rus)
卷 14, 编号 2 (2020)
Method for assessing the effectiveness of the use of electromechanical transmissions of vehicles at the design stage
Padalkin B., Ivanenkov V., Kositsyn B., Stadukhin A., Balkovskiy K.
PDF
(Rus)
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