‪Hemant Upadhyay‬ - ‪Google Scholar‬

Eigenes Profil erstellen

Zitiert von

	Alle	Seit 2019
Zitate	16	9
h-index	1	1
i10-index	1	0

0

4

2

2015201620172018201920202021202220231 2 2 3 2 3 1

Koautoren

Dr. Tarun Kumar KunduProfessor, Metallurgical and Materials Engineering, IIT KharagpurBestätigte E-Mail-Adresse bei metal.iitkgp.ernet.in

Hemant Upadhyay

Hemant Upadhyay

Arcelor Mittal South Africa

Bestätigte E-Mail-Adresse bei arcelormittal.com


Titel Nach Zitationen sortieren Nach Jahr sortieren Nach Titel sortieren	Zitiert von Zitiert von	Jahr
Drain rate and liquid level simulation in blast furnace hearth using plant data H Upadhyay, TK Kundu International Scholarly Research Notices 2013, 2013	16	2013
Development and Application of Mathematical Models to Simulate Liquid Phase Accumulation, Drainage, and Heat Transfer in Blast Furnace Hearth H Upadhyay, D Chandra, TK Kundu 2018-Sustainable Industrial Processing Summit 1, 151-164, 2018		2018
Importance of Coke Quality and Optimization for Higher Pulverized Coal Injection Rates in Blast Furnace H Upadhyay, D Chandra, A Bhagat 2018-Sustainable Industrial Processing Summit 1, 141-150, 2018		2018
Drain Rate and Liquid Level Simulation in Blast Furnace Hearth Based on Plant Data H Upadhyay, TK Kundu		2013
Research Article Drain Rate and Liquid Level Simulation in Blast Furnace Hearth Using Plant Data H Upadhyay, TK Kundu
MATHEMATICAL MODEL TO SIMULATE LIQUID METAL & SLAG ACCUMULATION, DRAINAGE AND HEAT TRANSFER IN BLAST FURNACE HEARTH H UPADHYAY, DRTK KUNDU
Drain Rate and Liquid Level Simulation in Blast Furnace Hearth H Upadhyay, TK Kundu
Simulation of Hot Metal Temperature Variation during Tapping of Blast Furnace H Upadhyay, TK Kundu
CFD analysis to estimate refractory erosion/scab formation on Blast Furnace hearth wall H Upadhyay, TK Kundu

Das System kann den Vorgang jetzt nicht ausführen. Versuchen Sie es später erneut.

Artikel 1–9