Analysis and Treatment of Industrial Aluminum Car Hub Casting Problems-WJW Aluminum Supplier Aluminum

In the process of casting and cooling, the car industry aluminum wheels will cause shortage and cracks such as the flow rate and cooling of the felled fluid, which will affect the strength of the wheels. This article is based on the basic procedures of casting and the casting process of rims to understand the cause of the casting problem of car rims, and evaluate how to help analyze the method of helping to solve the problems produced by the car rims. The metal casting program is divided into three steps. Heating and melting the melted metal into the mold acupoint, the final cooling and solidification. 2. The casting problem of the car rim of the car rim is shown in Figure 3. The molds are divided into four partial composition: upper model, lower mold, and left and right molds. Because metal casting will cause tightening in the cooling process, the volume design of the mold acupoint must be larger than the original size. At the same time, it is also designed to make the melting liquid storage in the buffer area. 3. Casting analysis software evaluation of casting model flow analysis software analysis process The process of casting CAE software analysis is shown in Figure 4, which is similar to the CAE process that we are familiar with. The thermal database contains the thermal physical characteristics of various data, such as density, ratio, thermal conductivity coefficient, submarine heat, solid -liquid phase line temperature, interface thermal group resistance, sticky coefficient, nominal tension, etc., as well as process parameters, as well as process parameters. The data of the thermal database directly affects the correctness of the analysis of flow filling and the analysis of solidifying the heat transmission. Therefore, the correctness of the thermal database data and whether the data we use in the database must pay attention. Checking point description 1) Tree breakfast simulation analysis model: During the check point (2/28), casting, outer mold, and pouring tract analysis model tree breaks, whether the border premise is correct whether it is correct. 2) Simulation analysis model inspection and modification: During the check point (6/28), check and modify the simulation analysis model to make it consistent with the actual situation. 3) Research on the parameters of coagulation properties: During the checkpoint (3/31), whether the modified parameters can improve the rim fingering properties. The industrial profiles are squeezed by hot melt to obtain aluminum materials of different section shapes. However, the proportion of the added alloy is different. 4) Analysis procedure of tree break standardized disk calculation machine: During the checkpoint (6/28), realize the analysis procedure of standardized disk calculation machine. 5) Compared with the results of the incompetence analysis results of the experimental test data: at the time of the check point (6/28), compare the analysis data and actual experimental data of the calculation machine, and perform the lessons of the shrinkage of the pores. 6) The use of rim casting disk calculation machine analysis procedures practicing and transferring: During the check point (6/28), the teaching practice and transfer of the analysis of the procedure of the rim casting disk. The industrial profiles are squeezed by hot melt to obtain aluminum materials of different section shapes. However, the proportion of the added alloy is different.