Simulation modeling of the stress-strain state of the stationary lift structure when loading grain cargo into containers on railway platforms
Simulation modeling of the stress-strain state of the stationary lift structure when loading grain cargo into containers on railway platforms N6q2W
The geographical location of Kazakhstan provides unique transit opportunities for cargo flows between the countries of the European Union and the Asia-Pacific region. Today, at the elevators of agricultural production in Kazakhstan, the loading of grain cargoes is carried out through the bunkers of the elevators into railway grain wagons. In Kazakhstan, the number of grain wagons is limited due to their high cost and seasonality of crops. The main idea of the article is that the developed design of a stationary lift will allow the loading of grain cargo through the silo bins into containers transported by rail (platforms).
The geographical location of Kazakhstan provides unique transit opportunities for cargo flows between the countries of the European Union and the Asia-Pacific region.
Today
, at the elevators of agricultural production in Kazakhstan, the loading of
grain
cargoes
is carried
out through the bunkers of the elevators into railway
grain
wagons. In Kazakhstan, the number of
grain
wagons
is limited
due to their high cost and seasonality of crops. The main
idea
of the article is that the developed design of a stationary lift will
allow
the loading of
grain
cargo through the silo bins into containers transported by rail (platforms).
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