Former Doctoral Candidate
Vertika Saxena
Department / Institute
Mechanical Engineering
Group
Research Description: Obtain physical insight regarding thermo-acoustic instability in boilers and use passive control measures to prevent their onset in a hydrogen fueled combustion system.
Recent Publications
-
Vertika Saxena,Viktor Kornilov,Ines Lopez Arteaga,L.P.H. de Goey
Designing variable reflection coefficient for upstream and downstream terminations to study their effect on flame thermoacoustics
International Journal of Spray and Combustion Dynamics (2022) -
Alessia Aulitto,Vertika Saxena,Ines Lopez Arteaga
Non-linear behavior of the transfer impedance of a Micro-slit Plate
(2022) -
Vertika Saxena,Mohammad Kojourimanesh,Viktor Kornilov,Philip de Goey,Ines Lopez Arteaga
Designing an acoustic termination with a variable reflection coefficient to investigate the probability of instability of thermoacoustic systems
(2021) -
Vertika Saxena,Viktor Kornilov,Ines Lopez Arteaga,Philip de Goey
Determining thermo-acoustic stability of a system whose boundary conditions are represented by strictly positive real transfer functions
(2021) -
Vertika Saxena,Viktor Kornilov,Ines Lopez Arteaga,Philip de Goey
Designing variable reflection coefficient upstream and downstream acoustic terminations and study their effect on burner flame stability
(2021)
Ancillary Activities
No ancillary activities