This year we have a large number of BTP and MTP students as well as students from outside schools interning with our lab. While we remain open to project suggestions from students and sponsors, we also want to create a thematic focus of projects we want students to work on. If you have signed up with our lab for your BTP, MTP or Summer Internship, you can go over the list of topics we are proposing. Also read up the literature in the attachments section. You may be able to extend the work described in those papers or theses or you may be able to do them in a different way. If that is the case, let us know of your idea after you have gone through any of the attachments.
Flame oscillations under certain flow and equivalence ratio conditions can be controlled using open loop and closed loop controls. Different flame shapes, lift off characteristics can be observed, along with periodic behavious in flame anchoring location. Flame heat release modulations, anchoring, oscillations suppression using acoustic forcing and the effect of resonant burning on NOx emission are important topics of research being addressed.
Schlieren flow visualization is based on the deflection of light by a refractive index gradient. The index gradient is directly related to flow density gradient. Due to this deflection an intensity pattern is created on a screen. Here an initial test of Schlieren using a cangle flame is shown.
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BTP and MTP Project Topics - 2023 Batch
Amardip Ghosh #Advanced Propulsion Systems (APSYS) Lab
This year we have a large number of BTP and MTP students as well as students from outside schools interning with our lab. While we remain open to project suggestions from students and sponsors, we also want to create a thematic focus of projects we want students to work on. If you have signed up with our lab for your BTP, MTP or Summer Internship, you can go over the list of topics we are proposing. Also read up the literature in the attachments section. You may be able to extend the work described in those papers or theses or you may be able to do them in a different way. If that is the case, let us know of your idea after you have gone through any of the attachments.
Attachments
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Flame Dynamics and Its Control
Amardip Ghosh #Advanced Propulsion Systems (APSYS) Lab
Flame oscillations under certain flow and equivalence ratio conditions can be controlled using open loop and closed loop controls. Different flame shapes, lift off characteristics can be observed, along with periodic behavious in flame anchoring location. Flame heat release modulations, anchoring, oscillations suppression using acoustic forcing and the effect of resonant burning on NOx emission are important topics of research being addressed.
3471 2 2 2
Flow Diagnostics Tools - Schlieren
Amardip Ghosh #Advanced Propulsion Systems (APSYS) Lab
Schlieren flow visualization is based on the deflection of light by a refractive index gradient. The index gradient is directly related to flow density gradient. Due to this deflection an intensity pattern is created on a screen. Here an initial test of Schlieren using a cangle flame is shown.
Attachments
Amazing 😊👍🏻......