This paper pertains to the feasibility analysis of a Magneto-Hydrodynamic (MHD) inductive generator, coupled with a Thermo Acoustic (TA) resonator. The MHD and TA processes have the great advantage to convert energy without mechanical moving components. In this work, first the design criteria are given, then the order of magnitude of the obtained parameters is used to model the system by using the finite element method (FEM) to confirm the theoretical results. The conceptual idea and the FEM model are described
M.Tech. (Mechanical Engineering)Abstract: Environmental and social concerns over the current resourc...
The utilisation of the thermal emissions of modern ship power plants requires the development and im...
AbstractThis paper proposes a thermo-acoustic electricity generator without resonator, which is real...
This paper pertains to the feasibility analysis of a Magneto-Hydrodynamic (MHD) inductive generator,...
This paper fits in the feasibility analysis of a Magneto-Hydrodynamic (MHD) inductive generator, cou...
This paper fits in the multi-physics analysis of an innovative conceptual design of Magneto-Hydrodyn...
The technical problem to solve is then to provide an improved thermo acoustic magneto hydrodynamic e...
In this paper an inductive MHD generator is proposed, which aims to overcome the typical drawbacks o...
AbstractThe thermo-acoustic generators offer a unique means of converting thermal energy into mechan...
In this paper, an inductive MHD generator is proposed, which aims to overcome the typical drawbacks...
Acoustic impedance matching is critical to the overall performances of a traveling-wave thermoacoust...
In this paper an inductive MHD generator is proposed, which aims to overcome the typical drawbacks o...
The generation of electricity in space is a major issue for space exploration, and among the viable ...
Thermoacoustic engines convert heat energy into high amplitude acoustic waves and subsequently into ...
This paper proposes a novel concept of a travelling-wave thermoacoustic electricity generator, which...
M.Tech. (Mechanical Engineering)Abstract: Environmental and social concerns over the current resourc...
The utilisation of the thermal emissions of modern ship power plants requires the development and im...
AbstractThis paper proposes a thermo-acoustic electricity generator without resonator, which is real...
This paper pertains to the feasibility analysis of a Magneto-Hydrodynamic (MHD) inductive generator,...
This paper fits in the feasibility analysis of a Magneto-Hydrodynamic (MHD) inductive generator, cou...
This paper fits in the multi-physics analysis of an innovative conceptual design of Magneto-Hydrodyn...
The technical problem to solve is then to provide an improved thermo acoustic magneto hydrodynamic e...
In this paper an inductive MHD generator is proposed, which aims to overcome the typical drawbacks o...
AbstractThe thermo-acoustic generators offer a unique means of converting thermal energy into mechan...
In this paper, an inductive MHD generator is proposed, which aims to overcome the typical drawbacks...
Acoustic impedance matching is critical to the overall performances of a traveling-wave thermoacoust...
In this paper an inductive MHD generator is proposed, which aims to overcome the typical drawbacks o...
The generation of electricity in space is a major issue for space exploration, and among the viable ...
Thermoacoustic engines convert heat energy into high amplitude acoustic waves and subsequently into ...
This paper proposes a novel concept of a travelling-wave thermoacoustic electricity generator, which...
M.Tech. (Mechanical Engineering)Abstract: Environmental and social concerns over the current resourc...
The utilisation of the thermal emissions of modern ship power plants requires the development and im...
AbstractThis paper proposes a thermo-acoustic electricity generator without resonator, which is real...