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Meeting MS&T23: Materials Science & Technology
Symposium Advances in Ferrous Metallurgy
Presentation Title Abrasive Wear Behaviour of Carbide Free Bainitic Steel
Author(s) Ajeet Singh Singh Rajput, Sourav Das
On-Site Speaker (Planned) Ajeet Singh Singh Rajput
Abstract Scope Dry sand rubber wheel test apparatus (ASTM G65 test procedure) is widely used in industry and laboratories to evaluate wear resistance of materials. This apparatus has been used to conduct three-body abrasive wear test of carbide free bainitic steel. Different loads are chosen for the abrasion test and rounded quartz sand is used as the abrasive. The influence of retained austenite and its mechanical stability in carbide free bainitic steel is investigated in the present study. The surface morphology of the worn surface and microstructural change in proximity of it have been studied. The deformation of microstructure along the depth from the wear surface is studied by X-ray diffraction (XRD), scanning electron microscopy (SEM) and micro-hardness measurements. It has also been examined that the wear mechanism changed by changing the loading conditions.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

A Novel Method of Size Reduction of Low Carbon Ferro Chrome and Other Hard to Crush Low Carbon Ferro Alloys
Abrasive Wear Behaviour of Carbide Free Bainitic Steel
Accurate Classification of Bainitic and Tempered Martensitic Steels with Advanced Deep Learning Methods
Effect of Intercritical Annealing Parameters on the Mechanical Properties of a Medium-Mn Third Generation Advanced High Strength Steel
Effective Characterization of Highly Deformed Microstructures Using EBSD Pattern Matching Techniques
Electromagnetic Stirrer as a System to Control the High-quality Steel Production
Evolution of Heterogeneous Carbon Distribution during Austempering of TRIP Steel
Failure Investigation and Crack Characterization of a HSS Roll Spalling in Hot Strip Mill
Failure Investigation of Edger Roll Housing Bolts in a Hot Strip Mill of an Integrated Steel Plant
G-10: Effect of Tundish Refractories System on Nonmetallic Inclusions in Heavy-rail Steel U75V Deoxidized by Si-Mn
G-3: New Properties of Bimetallic Steel Blanks Produced by Original Electroslag Technology
G-4: Numerical Simulation of Blast Furnace Process with Injection of Coke Oven Gas through Tuyere
G-5: Production of Rolled Steel 8640 with a Diameter of More than 240 mm
G-6: Anisotropy in Tensile and Charpy Impact Properties of Three API X70 Linepipe Steels for ERW Manufacturing Process
G-7: Comparative Study on the Properties and Microstructure of TMCP and QT Q550D
G-8: Comparative Study on the Role of Phosphorus and Sulfur Grain Boundary Segregation on the Hot Ductility in Low Carbon Steel
G-9: Effect of Casting Speed on Mixed Grade in Each Strand of Tundish during the Low Tundish-level Steel Grade Transition
High-Resolution, High-Speed Digital Holographic Microscopy of Ferrous Metals
In-situ Laser Ultrasonic Measurements of Phase Transformation Kinetics on Dual-phase Steels During Stepped Cooling
In Situ Microstructure Evaluation of Low Density Steel
Influence of Prestraining and Baking on Low-cycle Fatigue Characteristics of Complex Phase Steel
Innovative Electroslag Technology for the Restoration of Forged Steel Parts
Investigation on Improving the Castability and Canceling the Ca Treatment for Low Carbon Aluminum Killed Steels
Localized Carbon Pickup Defect in Ultra-low Carbon Interstitial Free Steel
Nb Forms and Distribution of the Weld Metal and the Underlying Mechanisms
Optimization of Electroslag Remelting Slag System and Its Physicochemical Properties for Nuclear Power Steel 18MnD5
Segmentation of Microscopy Images of Lower Bainite (LB) and Tempered Martensite (TM) High Strength Steels
Segregation-induced Transition during Early Stages of Liquid-metal Embrittlement in an Advanced High-strength Steel
The Effects of Substrate Aluminum Content on Fe-Zn Intermetallic Reactions and Liquid Metal Embrittlement in Third Generation Advanced High Strength Steels

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