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Cienka warstwa oleju znacznie redukuje utratę lepkości na skutek ścinania i opór hydrodynamiczny na łożysku, co przekłada się na zmniejszenie tarcia i mniejsze zużycie energii
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Un mince film d'huile réduit considérablement le cisaillement visqueux et la trainée hydrodynamique sur le palier, ce qui se traduit par une réduction de la friction et de la consommation énergétique
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Der dünne Ölfilm reduziert viskose Scherung und hydrodynamischen Widerstand auf den Lagern, was zu einer niedrigeren Reibung und geringeren Energieverbrauch führt
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La capa delgada de aceite reduce drásticamente el corte de la viscosidad y la resistencia hidrodinámica sobre el cojinete, dando como resultado una fricción y un consumo de energía menores
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La sottile pellicola di olio riduce notevolmente la sollecitazione viscosa e la resistenza idrodinamica sul cuscinetto, con una conseguente riduzione dell’attrito e del consumo di energia
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Um filme fino de óleo reduz de forma dramática o corte viscoso e a força hidrodinâmica no rolamento, dando origem a menos fricção e a um consumo de energia mais reduzido
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Un mince film d'huile réduit considérablement le cisaillement visqueux et la trainée hydrodynamique sur le palier, ce qui se traduit par une réduction de la friction et de la consommation énergétique
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Um filme fino de óleo reduz de forma dramática o corte viscoso e a força hidrodinâmica no rolamento, dando origem a menos fricção e a um consumo de energia mais reduzido
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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Thin oil film dramatically reduces viscous shear and hydrodynamic drag on the bearing, resulting in reduced friction and lower energy consumption
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