The residual stress formed in the run-out table cooling stage of hot-rolled strip has a great
influence on flatness and subsequent cutting. Based on the fiber rods model, the formation …

Accelerated cooling on the runout table of hot mills has become a key technology to produce
thermo‐mechanically controlled processed (TMCP) steel plates and strips. During runout …

Dual-phase steels are generally used in the car industry due to high tensile strength and
good formability, which are obtained by a mixture of bainite and ferrite phases. This …

The development of harder and thinner new steel grades requires computationally efficient
numerical simulations of forming processes in order to optimize industrial conditions through …

In the production of heavy plates, the flatness of the products is an essential feature that
must be set within narrow tolerances. Thus, the understanding of the flatness evolution …

The main factors influencing on the level of residual stresses in hot rolled steel strips are
related with uneven temperature and microstructure changes during cooling on the run-out …

The strips with good flatness after finish rolling will have flatness defects such as edge wave
after run-out table cooling. These defects are caused by the residual stress due to …

The cooling process of a hot rolled strip on the run-out table (ROT) mainly determines the
microstructure and mechanical properties of the final product; therefore, a method of …

The authors present an improved formulation for the axisymmetric solid harmonic finite
element (FE) modeling of a flexible, spinning rotor. A thorough comparison of beam-type FE …

We study the efficiency of application of a system of soft reduction in the process of
crystallization of a continuously cast slab (ССS) on the installation for continuous casting of …