International Journal of Future Alloys
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International journal of Future alloys is provides a forum for timely publication of articles, and maintains a good quality in the subject matter. Journal accepts both experimental and theoretical papers that can create an impact on the ongoing research.en-USInternational Journal of Future AlloysAnalysis of Mechanical and Corrosion properties of AISI 50110 (EN 31) steel with and without Heat Treatment
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The mechanical properties of steel decide its applicability for a particular condition. Heat treatment processes are commonly used to enhance the required properties of steel. The material was machined to ASTM standards and then different tests like microstructure analysis, hardness test, impact test, and were carried out after the heat treatment processes. All the tests were carried out in the mechanical workshops and laboratories under the supervision of their respective faculty, at the MIT campus, Manipal. Heat treatment is necessary to obtain the required mechanical and physical properties for a material to make it suitable for fabrication. For this reason, the knowledge of heat treatment is necessary to suitably condition the material for the subsequent stages of manufacture, or in the case of semi-finished component to impart the desired mechanical and physical properties such as increased strength, toughness and wear resistance. Heat treatment is also resorted to relieve internal stresses and to soften hard metals in order to improve machinability. The outstanding advantage of steel as an engineering material is due to its versatility. Its properties can be controlled and changed at will by the heat treatment. Thus, if steel is to be formed into some intricate shape, it can be made very soft and ductile by the heat treatment, if, on the other hand, it is to resist water, it can be heat treated to a very hard, wear-resisting condition.Tridib Kumar Mahata
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2015-09-012015-09-0111112A Literature Survey on The Effect of Carbon Percentage on Structural Steel’s Compressive & Tensile Strength
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The fundamental necessity of playing these method is that to enhance the strength, hardness, dimensional stability & wear resistance by passing the fabric through cooled space that enhance the hardness of the fabric as a result of theirs Associate in Nursing increment takes place within the proportion of primary solid solution within the structure. If such style of method area unit employed in producing the steel of various class which boosts the properties of fabric at the stage of cooling in negative temperature with the utilization of cryogen or different cooling media & of these merchandise are employed in totally different area unites with bigger performance. Result shows that the strength of fabric is accumulated as we have a tendency to cool the fabric in negative temperature inside a similar elongation when its manufacture i.e. 741.27 N/mm² to most of 793 N/mm² at -15OC & 802 N/mm² at -30OC & 168.25 BHN to a most of 199 BHN at -15OC & 260 BHN at -30OC when cold treatment.Prateek SaxenaVishal Rathore
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2015-09-022015-09-02111317