South East Asia Iron and Steel Institute
Optimal Design of Flatness Control of Six-High Single-Stand Cold Rolling Mill
In this paper, the key control model for cold rolling, i.e., the so-called flatness control system for six-high single-stand cold rolling mills is investigated deeply and an optimal design is obtained ...
Sila login untuk meminjam buku.
Optimalization of Heat Transfer for Water Cooled Hot Gas Line In Dedusting System Slab Steel Plant
"Dedusting Plant is one of the system that is a part of Slab Steel Plant. This Dedusting Plant aims to take up hot gas which is produced by Electric Arc Furnace (EAF) on Steel Making Process. Wate ...
Sila login untuk meminjam buku.
Optimisation of Technologies for Hydro-Mechanical Descaling of Steel
As well as the customers in the automotive industry, manufacturers of construction and agricultural machinery using hot rolled steel for outer body parts demand defect free surfaces. The production of ...
Sila login untuk meminjam buku.
Optimising Ladle Furnace Operations by Controlling the Heat Loss of Casting Ladles
Minimising the liquid steel temperature loss of casting ladles can reduce costs and increase productivity at the Ladle Furnace (LF). An option for achieving this is through the use of a proven insulat ...
Sila login untuk meminjam buku.
Optimization Design of Kambara Reactor in Stirring High Temperature Fluid Using Taguchi Method
The demand of high performance and high value steel products has increased drastically. In general, the reducing sulfur content is the key factor in steel-making processes and the quality of the steel ...
Sila login untuk meminjam buku.
Optimization of Back-Up Roll Taper to Prevent Edge Spallings in a HSM
Changes in type of rolled product in HSM, promoted several occurrences of Work-Roll edge spalling. The lower barrel length relative to the Back-up Roll, probably promoted stress concentration in that ...
Sila login untuk meminjam buku.
Optimization of DRI Production Quality and Quantity with Restricted Natural Gas Supply in HYL III Dr Plant
PT Krakatau Steel’s HYL III Direct Reduction Plant comprises two reduction reactors. The plant was designed to produce a total of 1,350,000 metric tons of DRI per year. As an effort to increase HYL ...
Sila login untuk meminjam buku.