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Prediction of Iron Ore Sintering Characters on the Basis of Regression Analysis and Artificial Neural Network

Abstract

Iron ore sintering is a complex and hysteresis process, so the prediction of the iron ore sintering character is very necessary. By using stepwise regression analysis, this paper confirms the main factors that influence moisture content, fuel ratio, sintering speed and the sintering drum strength. By using BP artificial neural network, we construct the prediction model against the four characters mentioned afore, and prediction accuracy are 96.67%, 93.33%, 86.67% and 93.33% respectively. The model result used in sintering pot test, the experimental results show that the mix moisture and fuel ratio are optimized, and the sinter drum strength is improved.

1 Preamble

The iron and steel are the most vastly used structural materials and the biggest output functional materials, which amounts to 626,700,000 tons in 2010 in China, 42% of the global output. Along with iron and steel industry's

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Clutch Assembly Modeling And Dynamic Analysis

Abstract

In this project dynamic analysis of clutch assembly will be carried out. Clutches are useful in devices that have two rotating shafts. In these devices, one of the shafts is typically driven by a motor or pulley, and the other shaft drives another device.

The clutch connects the two shafts so that they can either be locked together and spin at the same speed, or be decoupled and spin at different speeds. In evaluating the stresses and strain in the part, modeling and simulation are used.The modeling of the clutch assembly is modeled using 3D software. Here we will be using Pro E for modeling. The simulation part will be carried out using the Analysis software, ANSYS. The created model is exported to ANSYS by converting it to IGES format. The imported model is meshed in ANSYS and boundary constrains are defined. With the Boundary constrains, the stresses and strain of the clutch assembly can be determined and the values are tabulated. Thus the investigation of stress and strain is carried out using ANSYS. This project will also help to learn Pro E and also ANSYS.

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