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Procedures of computer-aided design of soil-cultivating aggregates are described: forming of soil cultivating technological schedule and requirements specification, arranging of aggregate, layout of work units, carrying frames design, arranging of aggregate at work state, transport state design. Usage of carrying frames design results for computer-aided design of assembly- welding fixtures.
This article presents the developed methodical principles of the parametrical analysis of dynamics of all-wheel drive peat mobile power means, at work with the mounted rotating soil loosener, and of the investigated machine-tractor combination.
Theoretical studies and analysis were made of the oscillatory movements of the mobile agricultural machine aggregates in the process of their travel along the surface irregularities of the soil. Differential equations were made of the movement of mechanical systems in a longitudinal-vertical plane with two and with one degree of freedom.
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