Abstract
The paper is structured in two parts, the first part is dedicated to modeling and numerical simulation in dynamic regime of the motor mechanism from a 4-stroke combustion engine and the second part, to finite element method analysis in thermally coupled structural behavior of sliding bearings. The bearings in the connecting rod structure are obtained by Powder Metallurgy. It is described the procedure for the experimental determination of the material properties of the parts made of metallic powders, which are required as input data for modeling in an integrated system of the sintering process coupled with the structural analysis of the engine assembly.
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