JFAS_Vol 14 N 03

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    EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL STUDY OF THE FLOW VISCOUS NEWTONIAN FLUIDS EXPERIMENTAL
    (university of eloued جامعة الوادي, 2022-09-01) Sar, Youcefi2; Abdelkader, Youcefi2
    This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation This paper analyzes the influence of viscosity and impeller rotation speed in calculation the flow and in theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifugthe flow and in the theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifug the flow and in theoretical prediction of performance a centrifug al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. al pump impeller. The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses The evaluation of the viscous effects allows prediction frictional losses impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained impeller and a more correct evaluation of the operating characteristics than can be obtained with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valuwith a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu with a perfect fluid. The viscosity modifies the valu es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in es of the velocity distribution in channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments channels of the impeller and deviation flow at exit blade. The experiments were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 were carried out with mineral oils of different viscosities varying between 96.10 -3 Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and Pa.s and 520.10 520.10 -3 Pa.s and which arePa.s and which arePa.s and which arePa.s and which arePa.s and which arePa.s and which arePa.s and which are Pa.s and which are Pa.s and which are Pa.s and which arePa.s and which arePa.s and which are represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented by a perfectly newtonian behavior. represented