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Ajay Kumar Shukla
Ajay Kumar Shukla
Associate Professor, Department of Metallurgical and Materials Engineering, Indian Institute of
Verified email at iitm.ac.in - Homepage
Title
Cited by
Cited by
Year
Effect of porosity and particle size on microwave heating of copper
A Mondal, A Shukla, A Upadhyaya, D Agrawal
Science of Sintering 42 (2), 169-182, 2010
672010
Scrap dissolution in molten iron containing carbon for the case of coupled heat and mass transfer control
AK Shukla, B Deo, DGC Robertson
Metallurgical and Materials Transactions B 44 (6), 1407-1427, 2013
402013
Numerical modeling of microwave heating
AK Shukla, A Mondal, A Upadhyaya
Science of Sintering 42 (1), 99-124, 2010
362010
An insight into the mechanism and kinetics of reactions in BOF steelmaking: theory vs practice
AK Shukla, B Deo, S Millman, B Snoeijer, A Overbosch, A Kapilashrami
steel research international 81 (11), 940-948, 2010
332010
Experimental study of rotating dry slag granulation unit: operating regimes, particle size analysis and scale up
R Dhirhi, K Prasad, AK Shukla, S Sarkar, T Renganathan, ...
Applied Thermal Engineering 107, 898-906, 2016
302016
Cold model investigations of melting of ice in a gas-stirred vessel
AK Shukla, R Dmitry, O Volkova, PR Scheller, B Deo
Metallurgical and materials transactions B 42 (1), 224-235, 2011
162011
Theoretical aspects of scrap dissolution in oxygen steelmaking converters
G Sethi, AK Shukla, PC Das, P Chandra, B Deo
AISTECH-CONFERENCE PROCEEDINGS- 2, 915, 2004
142004
Static thermochemical model of COREX melter gasifier
C Srishilan, AK Shukla
Metallurgical and Materials Transactions B 49 (1), 388-398, 2018
132018
Cold model-based investigations to study the effects of operational and nonoperational parameters on the Ruhrstahl–Heraeus degassing process
D Mukherjee, AK Shukla, DG Senk
Metallurgical and Materials Transactions B 48 (2), 763-771, 2017
132017
Role of air gap in scrap dissolution process
AK Shukla, B Deo, DGC Robertson
Metallurgical and Materials Transactions B 44 (6), 1398-1406, 2013
82013
Thermodynamic model of COREX melter gasifier using FactSage™ and macro facility
C Srishilan, AK Shukla
Metallurgical and Materials Transactions B 50 (1), 312-323, 2019
72019
Lean operations strategy to combat uncertainties in temperture at bof end point, tapping, deoxidation, alloy addition and thermal history
I Shukla, G Rajesh, P Agarwal, AK Shukla, D Philip
Celebrating the Megascale, 333-339, 2014
62014
Viscosity of BOF Slag
AKSOV Oleksandr Kovtun,Iurii Korobeinikov,Srishilan C
Metals 10 (7), 982, 2020
5*2020
Thermodynamics-based modeling of iron-and steelmaking processes using flow sheet-based approach employing METSIM
AK Shukla
Transactions of the Indian Institute of Metals 72 (3), 767-775, 2019
52019
Coupled heat and mass transfer approach to simulate the scrap dissolution in steelmaking process
AK Shukla, B Deo
Proceedings of the International Symposium for Research Scholars on …, 2006
42006
Static and Dynamic Control Model of BOF Steelmaking Process and Its Validation With Steel Plant Data
AK Shukla, S Pandey, C Srishilan, DS Kumar, K Marutiram
AISTech 2019–Proceedings of the Iron & Steel Technology Conference, 997-1007, 2019
32019
Prediction of decarburisation process along with hydrogen and nitrogen removal by mathematical modelling of RH degassing process
D Mukherjee, AK Shukla, DG Senk
Ironmaking & Steelmaking 45 (5), 412-419, 2018
32018
Mathematical modeling of phosphorus prediction in BOF steelmaking process: A fundamental approach to produce low phosphorus steels and ensure direct tap practices
AK Shukla, B Deo
International Conference on Metal and Alloys, METALL, 2007
32007
Phosphorus Partition Between Liquid Crude Steel and High‐Basicity Basic Oxygen Furnace Slags
O Kovtun, M Karbayev, I Korobeinikov, C Srishilan, AK Shukla, O Volkova
steel research international 92 (8), 2000607, 2021
22021
Operating Line Prediction of COREX Iron-making Process Using RIST Diagram
C Srishilan, A Vivek, AK Shukla
ISIJ International 60 (4), 656-661, 2020
22020
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