Dinesh Sundaram
Doctoral Student
Materials and Manufacturing
Department of Materials and Manufacturing
, School of Engineering
Research groups
Article
Sundaram, D., Matsushita, T., Belov, I., Diószegi, A.
(2024).
Evaluation of permeability models for foundry molds and cores in sand casting processes Archives of Foundry Engineering, 24(1), 94-106.
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Matsushita, T., Sundaram, D., Belov, I., Diószegi, A.
(2024).
Kinetic model for the decomposition rate of the binder in a foundry sand application Archives of Foundry Engineering.
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Sundaram, D., Svidró, J., Diószegi, A.
(2024).
Thermal analysis and gas generation measurement of foundry sand mixtures International Journal of metalcasting.
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Sundaram, D., Svidró, J., Svidró, J., Diószegi, A.
(2022).
A Novel Approach to Quantifying the Effect of the Density of Sand Cores on Their Gas Permeability Journal of Casting & Materials Engineering, 6(2), 33-38.
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Sundaram, D., Svidró, J., Diószegi, A., Svidró, J.
(2021).
Measurement of Darcian Permeability of foundry sand mixtures International Journal of Cast Metals Research, 34(2), 97-103.
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Sundaram, D., Svidró, J., Svidró, J., Diószegi, A.
(2021).
On the relation between the gas-permeability and the pore characteristics of furan sand Materials, 14(14).
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Doctoral thesis
Sundaram, D.
(2024).
Gas evolution and transport in foundry sands
(Doctoral thesis, Jönköping:
Jönköping University, School of Engineering).
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Conference paper
Belov, I., Matsushita, T., Fourlakidis, V., Sundaram, D., Diószegi, A.
(2023).
A simulation and experimental methodology to evaluate conditions for gas penetration from FURAN sand core into a cast iron melt.
17th European Congress and Exhibition on Advance Materials and Processes, FEMS EUROMAT 2023, 03-07 September 2023, Germany.
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Other publications
Sundaram, D., Belov, I., Matsushita, T., Diószegi, A.
.
Computational model of heat and gas transport in a furan resin sand casting core.
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