This research program has concerned in the theoretical- experimental - numerical- analysis of the dynamic overturn of self propelled hydrodynamic irrigating machineries. Different stability conditions have been analyzed and the limit draught force has been evaluated in function of the soil slope, machine weight, rafter slope, friction coefficients and soil reaction forces and reported in table, which can easily be applied, make it possible for builders to evaluate the effect of each of these factors on the machine stability.
Study of the stability of self propelled hydrodynamic irrigating machine in different operative conditions
FORMATO, ANDREA;
2006
Abstract
This research program has concerned in the theoretical- experimental - numerical- analysis of the dynamic overturn of self propelled hydrodynamic irrigating machineries. Different stability conditions have been analyzed and the limit draught force has been evaluated in function of the soil slope, machine weight, rafter slope, friction coefficients and soil reaction forces and reported in table, which can easily be applied, make it possible for builders to evaluate the effect of each of these factors on the machine stability.File in questo prodotto:
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