Author name: zhycasting

The initial temperature of the die represents the initial state of the die before the start of squeeze casting, and

Direct squeeze casting was used in squeeze casting experiment. In the process of direct squeeze casting, the high temperature melt

In the study, working conditions 1, 2, 3 and 4 represent four working conditions with applied pressure of 70, 46,

Because the characteristic of squeeze casting is that the high temperature melt solidifies under the external pressure, many experiments will

Taking the temperature measured by 1 mm and 6 mm thermocouples as the input condition, the interface heat transfer coefficient

The typical temperature measurement curves inside the mold at positions 2 and 3 are shown in Fig. 1 and 2.

In the study, working conditions 1, 2, 3 and 4 represent four working conditions with applied pressure of 70, 46,

Through the inverse algorithm, the mathematical model for calculating the interface heat flux and die surface temperature is established, and

The interface heat flux and die surface temperature of each time step can be calculated by inverse algorithm. In order

In squeeze casting process, the solidification process involves phase transformation, and the thermophysical properties of related parameters are temperature dependent,

The interfacial heat transfer coefficient is an important parameter to characterize the heat transfer between casting and die Where h

In order to find a way to determine the truncation frequency, a function is constructed. As shown in the formula,

The heat transfer coefficient of squeeze casting die interface is calculated by inverse algorithm. In order to obtain accurate calculation

In the process of industrial production, physical quantities such as temperature, pressure and vibration are usually converted into electrical signals