DOI: 10.15393/j2.art.2016.3221
Gerz Eduard Fedorovich | Ural State Forestry Engineering University, gerz.e@mаil.ru |
Perepechina Tatiana Aleksandrovna | Ural State Forestry Engineering University, gerda.gergert@yandex.ru |
Terinov Nikolai Nikolaievich | Ural State Forestry Engineering University, n_n_terinov@mаil.ru |
Urazova Alina Floritovna | Ural State Forestry Engineering University, gold-kalina@mail.ru |
Bezgina Julia N | Ural State Forestry Engineering University, Bezginajn@rambler.ru |
Key words: transport system transport of wood under the canopy of the stand maneuvering aisle width the length of the loading platform |
Summary: The working conditions of the various transport systems including tow hitch (trailers, semi-trailers and dissolutions) for timber skidding when working under the canopy of the stand. Comparison of room for maneuver under the canopy the stand of transport systems with different hitch. Established that the smallest possible turning radius of the transport system consisting of a tractor with a front wheel steering is achieved by the dissolution of its ac-quisition and the maximum trailer when recruiting for an equal length of the loading plat-forms.When driving on radial curves broadening corridor necessary for the smooth passage of the transportation system is determined by its total length of the transport system and the min-imum at acquisition the dissolution tractor, wheel which follows the path of the tractor rear wheels. Established that the transport system to the advantage of the dissolution, the criterion for the minimum corridor width required for passage, most obviously with a minimum turning radius and increases with the length of the loading platform. At small length of the loading platform to use as a trailer hitch, the least efficient in comparison with other hitch while log-ging timber under the canopy of the stand. The possibility of the transport system for the movement of timber, which is longer than the length of the loading platform when maneuver-ing under the canopy of the stand, limited only by the condition of load distribution between the axles of the loading platform. |