Özet:

In this study, research and development work was carried out for the decanting machine used in the waste water treatment industry. In the framework of the work, helason design and analysis were made in the wastewater treatment industry used decanters. The product taken into the machine in decanters is divided into two or more stages as solid and liquid, turning in high spins. For the solid phase to get thirsty and moving out, the bubble turns with different angle speeds. There are two rotors that turn in high rotors in the machine, for reasons such as the asymmetrical structure of the helason and the homogeneous dissemination of the product that is taken into the machine, the forces are applied to the helason leaves. For the design, first and foremost the mathematical equations that model the movement of the mixture taken into the machine and the burdens that come to the tambour and helezon are determined. Resistance is determined using the analysis program ANSYS, which is based on the method of the final elements of the helesons with different leaf thickness. The traction graphs for the traction leaves have been obtained by taking different helason leaves. Also, safety ratio values are determined for each leaf thickness. If the safety ratio is a minimum of 2, the sheet thickness must be a minimum of 9mm. In this case, the maximum equivalent stretch value is 115 MPa.

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