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Meeting 2024 TMS Annual Meeting & Exhibition
Symposium Defects and Properties of Cast Metals
Presentation Title How Various Inoculants and Their Amount Influence on the Metal Expansion Penetration in Grey Cast Iron Component
Author(s) Izudin Dugic
On-Site Speaker (Planned) Izudin Dugic
Abstract Scope In some grey cast iron components, which are cast in sand moulds, the metal sometimes penetrates into the mould producing defects and causes difficulties when cleaning the components. To improve knowledge of the metal penetration mechanism a series of test casting was performed in production scale where the influence of different inoculants and different amounts was studied. Investigation of the various inoculants show that the inoculation of grey cast iron will influence the metal expansion penetration in areas with late solidification times. The amount of inoculant added shows a clear effect on the degree of metal penetration. The whole casting process was simulated with the software MagmaSoft® in order to investigate the solidification characteristics as well as the porosity in the casting component.
Proceedings Inclusion? Planned:
Keywords Iron and Steel, Extraction and Processing, Process Technology

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Analyzing the Impact of Pore Defects on the Mechanical Behavior of Metal Parts Through Micromechanical Analysis
Avoiding the Cold Shut Defect by Introducing the Shape Factor Modifying Chvorinov’s Rule in Aluminum Gravity Die Casting
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C-8: Evolution of Inclusions in Rare Earth Treated Low Carbon Aluminum Killed (LCAK) Steel
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Casting and Calphad Simulation of Ferrous Alloys Processed by Hybrid Casting
Comparing Analysis Methods of Centerline Segregation in Steel Continuous Casting
Control of Surface Longitudinal Cracks during the Continuous Casting of Steel
Defects and Grain Structure Predictions of Nickel-base Superalloy Investment Castings
Experimental Validation of Advanced Shrinkage Porosity Simulations for Steel Castings
How Various Inoculants and Their Amount Influence on the Metal Expansion Penetration in Grey Cast Iron Component
Integrated Computational Materials Engineering Process Simulations for Predictions of Metal Casting Defects
Microalloying Cast Aluminum Alloy A206 for Enhanced Mechanical and Anti-corrosion Performance
Mitigation of Cracking Formed during Wire Plus Arc Additive Manufacturing of High Alloyed Austenitic and Ferritic Structures
Nanotechnology-enabled Investment Casting of High Strength Wrought Aluminum Alloys
Prediction of Defects in Metal Additive Manufacturing
Rapid Removal of Lead from Lead Brass Melt via Super Gravity Enrichment
Rapid Solidification of Titanium Alloy Swarf
Revealing the Microstructural and Defects Evolution Mechanisms of Aluminum Alloys at Freezing Range by Multiscale Characterization, Synchrotron X-ray Tomography, and CALPHAD Approaches
Simulations of Multi-component Solidification and Freckles in Alloys
Slag Entrainment and Entrapment Defects in Continuous Casting of Steel Slabs
Study of Tube/Pipe Cracking Induced by Casting Defects in Medium Carbon Steels
Systematic Variation of Clustered Porosity through Casting Parameter Modification
The Beneficial Effect of Minor Iron Additions on the Crack Susceptibility of Rapidly Solidified Aluminum Alloy 6060 Towards Additive Manufacturing Applications
The Visualisation of Hidden Damage in Cast Aluminium Components
Three-dimensional Microstructure Solidification Modelling Incorporating Concurrent Structural Mechanical Mechanisms
Varying Hall-Petch and Inverse Hall-Petch Regimes in Nanocrystalline CoCrFeMnNi High-Entropy Alloys under Shock Wave Loading
X-ray Imaging of Die-shape Effects on Defect Formation During Pressurised Casting

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