# The improvement and verification of fluid dynamics simulation on temperature uniformity during heat treatment of ring pieces

## TL;DR

This study improves fluid dynamics simulations to enhance temperature uniformity during the heat treatment of ring pieces.

## Contribution

A validated simulation model is used to adjust ring piece placement, significantly improving temperature uniformity during heat treatment.

## Key findings

- Adjustments based on simulation improve temperature uniformity by 39.06% in a specific medium-temperature zone.
- Surface temperatures show a 34.54% improvement in another temperature range compared to original predictions.

## Abstract

The improvement and verification of fluid dynamics simulation on temperature uniformity during the heat treatment of ring pieces are investigated in this study. The accuracy of the temperature field model is validated by comparing the simulation results with the measured temperatures. The findings reveal that the vortex generated near the furnace wall during heat treatment significantly affects the uniformity of the temperature field. To improve this, adjustments are made to the placement of ring pieces based on an experimentally validated fluid dynamics simulation model, and subsequent calculations are performed on this adjusted model. It is observed that these adjustments greatly enhance temperature uniformity in the heating process, with a 39.06 % improvement in medium-temperature zone (732.32–743.69 k) within the furnace compared to the original model. Additionally, surface temperatures of ring pieces in another medium-temperature zone (668.89–691.11 k) show a 34.54 % improvement in comparison to those predicted by the original model.