CHANDIO, MUHAMMAD BASIT
CHANDIO, MUHAMMAD BASIT
DIPARTIMENTO DI INGEGNERIA DELL'INNOVAZIONE
A critical assessment of MILD and plasma-enhanced combustion for net-zero energy systems using green hydrogen and ammonia
2025-01-01 De Giorgi, M. G.; Chandio, M. B.; Shah, Z. A.; Mehdi, G.; Bonuso, S.; Congedo, P. M.; Kaario, O.
Characterization of moderate or intense low-oxygen dilution (MILD) combustion regimes and NOX emissions in ammonia and hydrogen-enriched ammonia mixtures
2026-01-01 Shah, Zubair Ali; Chandio, Muhammad Basit; Mehdi, Ghazanfar; Kaario, Ossi; De Giorgi, Maria Grazia
Dataset of numerical assessment on the combined effects of non-thermal plasma and water addition in hydrogen combustion
2026-01-01 Mehdi, G.; Almusa, E.; Don, M. P. G.; Kaario, O.; Ali Shah, Z.; Chandio, M. B.; De Giorgi, M. G.
Numerical investigation of synergistic effects of nanopulsed plasma and water addition on hydrogen combustion and NO emissions
2026-01-01 Mehdi, G.; Galagedarage Don, M. P.; Sehole, A. H.; Kaario, O.; Ali Shah, Z.; Chandio, M. B.; De Giorgi, M. G.
Refined kinetic mechanism for modeling ammonia combustion in air assisted by nanosecond discharged plasma
2025-01-01 Shah, Z. A.; Cinieri, G.; Zhu, M.; Chandio, M. B.; De Giorgi, M. G.