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Alessandro Della Rocca
Alessandro Della Rocca
CFD Specialist, Tenova
Adresse e-mail validée de tenova.com
Titre
Citée par
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Année
Unconditionally strong stability preserving extensions of the TR-BDF2 method
L Bonaventura, AD Rocca
Journal of Scientific Computing 70, 859-895, 2017
432017
Blast furnace gas based combustion systems in steel reheating furnaces
V Cuervo-Piñera, D Cifrián-Riesgo, PD Nguyen, V Battaglia, M Fantuzzi, ...
Energy Procedia 120, 357-364, 2017
332017
An efficient and accurate implicit DG solver for the incompressible Navier–Stokes equations
G Orlando, A Della Rocca, PF Barbante, L Bonaventura, N Parolini
International Journal for Numerical Methods in Fluids 94 (9), 1484-1516, 2022
142022
Tenova Flexy Tech regenerative flameless burners
M Ageno, A Della Rocca, M Fantuzzi, M Senarega
Millenium Steel 115, 2011
92011
Rolling mill decarbonization: Tenova SmartBurners with 100% hydrogen
A Della Rocca, D Astesiano, E Malfa
Matériaux & Techniques 109 (3-4), 309, 2021
82021
Flexible hydrogen heating technologies, with low environmental impact
D Astesiano, M Bissoli, A Della Rocca, E Malfa, C Wuppermann
Matériaux & Techniques 111 (2), 203, 2023
52023
Large-eddy simulation of turbulent reacting flows for industrial applications
A DELLA ROCCA
Politecnico di Milano, 2018
52018
Convergence analysis of a cell centered finite volume diffusion operator on non-orthogonal polyhedral meshes
L Bonaventura, A Della Rocca
arXiv preprint arXiv:1806.09180, 2018
32018
A multiphase model for the numerical simulation of ice-formation in sea-water
V Covello, A Abba, L Bonaventura, A Della Rocca, L Valdettaro
ECCOMAS Congress 2016, 750-771, 2016
32016
Monotonicity, positivity and strong stability of the TR-BDF2 method and of its SSP extensions
L Bonaventura, A Della Rocca
arXiv preprint arXiv:1510.04303, 2015
32015
Tenova FlexyTech® TRGX burner modelling and testing
M Ageno, A Della Rocca, M Fantuzzi, V Battaglia, E Malfa, U Zanusso
Proc. AISTech Conf, 3-6, 2010
22010
Industrial furnace and process for controlling the combustion inside
A Della Rocca, M Fantuzzi
US Patent 10,371,376, 2019
12019
Large-eddy simulations of electric arcs at industrial scale
A Della Rocca, QG Reynolds
Rem 37 (1.78), 0.00, 2019
12019
Ten Years on the Modeling and Simulation of Industrial Applications of MILD combustion
A Della Rocca
Workshop on MILD Combustion, Naples, Italy, January, 24-25, 2019
12019
Rotary hearth furnace advanced design methods
A Della Rocca, M Fantuzzi, V Battaglia, E Malfa
Steel & Metallurgy 14 (2), 38-54, 2012
12012
The development of flameless regenerative burners
M Ageno, AD Rocca, M Fantuzzi, M Senarega
Steel Times International 35 (4), 57, 2011
12011
Regenerative flameless burners for reheating furnaces
M Ageno, AD Rocca, M Fantuzzi, M Senarega
Metallurgical Plant and Technology International 33 (5), 54-62, 2010
12010
Tenova SmartBurners: full hydrogen flexibility to reduce furnaces CO2 footprint
D Astesiano, M Bissoli, A Della Rocca, E Malfa
Proc. INFUB 13, 19-22, 0
1
A Perspective on the Decarbonization of the Metals Industry
A Della Rocca
Applications in Energy and Combustion Science 21, 100312, 2025
2025
Design of a checkerboard counterflow heat exchanger for industrial applications
N Parolini, V Covello, A Della Rocca, M Verani
arXiv preprint arXiv:2409.00999, 2024
2024
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