Mathematical simulation experiment based on optimisation of heat treatment process of aluminium alloy materials

Abstract

The paper establishes a related differential equation model about changes in financial interest rates. It uses information related to liquidity to feedback the law and stability of differential equations in interest rate changes. The article applies stochastic processes and partial differential equations to complex financial networks to confirm node yields in financial market networks. It confirms the existence of interest rate stickiness in Chinese financial markets. The advantage of this interest rate model is that when the external economic environment changes, the state of interest rates will also change accordingly.

Keywords

• neural network
• aluminium alloy
• heat treatment
• process optimisation
• wear performance
• numerical simulation
• 92b20