EXPERIMENTS ON THE DEPHOSPHORIZATLON OF HIGHLY ALLIED MANGANESE STEEL WITH HIGH PHOSPHORUS
Journal Title: Applied Engineering Letters - Year 2017, Vol 2, Issue 3
Abstract
The practical application of dephosphorization is discussed in the paper. Using the method of austenitic manganese steel waste re-melting, we get inevitable, phosphorus contents that exceed the admissible limits. The phosphorus increases the hardness and tensile strength of steel and it seriously affects the ductility and resistance to shock or impact. Experiments on the dephosphorization of highly allied manganese steel containing high phosphorous was made in laboratory conditions and the experimental results showed that the content of phosphorous in the steel can be lowered quickly and considerably. The industrial conditions allowed us to obtain similar results with those obtained in the laboratory. The only difference between the two experiments is the dephosphorization level, which was higher in the laboratory compared to the level obtain on an industrial scale, even if the experiments were done in similar conditions.
Authors and Affiliations
Imre Kiss, Vasile Alexa, Sorin Ratiu
Keywords
Related Articles
- EP ID EP238823
- DOI -
- Views 88
- Downloads 0
RESEARCH OF WATER HYDRAULIC COMPONENTS AND SYSTEMS FROM ASPECTS OF QUALITY OF LIFE
This article describes the importance of water hydraulic components and systems from the aspect of quality of life. Water hydraulics has become of major interest because it is human friendly and environmentally safe. The...
ANALYSIS OF PROPERTIES OF THE FRP REBAR TO CONCRETE STRUCTURES
The application of the FRP (Fiber Reinforced Polymer) rebar is presented in this paper. The various kinds of fibers, depending on the types of the FRP rebar and types of matrix of FRP are listed. The main tasks of matrix...
COMPENSATION OF INFLUENCE OF PROTECTOR COMPRESSION COEFFICIENTS IN TYRE INDUSTRY
The system for protector cooling (protective rubber strip) in the tyre industry is presented in this paper. The analysis of compensation of protector compression coefficients influence on the protector length change betw...
FRICTION REDUCTION AND WEAR RESISTANCE ENHANCEMENT OF ALUMINUM/EPOXY COMPOSITES
In this study, the effect of surface modification of aluminum powders on wear and the fracture mechanics behaviors of aluminum/epoxy composites was investigated. Aluminum powders were surface-modified with 3-aminopropylt...
NUMERICAL INVESTIGATION OF COUNTER-ROTATING VORTICAL GUST IMPINGEMENT EFFECT ON A ROTATING CYLINDER
The influence of a counter-rotating vortical gust pair is numerically investigated on a streamlined laminar flow and forced convection heat transfer around a steadily rotating two-dimensional circular cylinder. Reynolds...