Abstract
Drastic flatness changes in high-strength steel strips during water quenching cause problems for both their subsequent manufacture and final products. In this work, a temperature–microstructure–str...
Highlights
As a high added-value product in the steel industry, high-strength steel is widely used in aviation, aerospace, shipping, oil pipelines, bridges, automobiles, and so on.[1]
Li et al.[6,7] developed an FE method for a quenching process simulation considering the correlated effects of temperature, stress, and phase transformation
Typical working conditions were selected for simulating the flatness evolution of high-strength steel plates with initial warping defects during the quenching process (Table 2)
Summary
As a high added-value product in the steel industry, high-strength steel is widely used in aviation, aerospace, shipping, oil pipelines, bridges, automobiles, and so on.[1]. Typical working conditions were selected for simulating the flatness evolution of high-strength steel plates with initial warping defects during the quenching process (Table 2).
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
