Watch if you dare | Explaining my Master's Thesis in Mechanical Engineering
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- čas přidán 27. 01. 2019
- Mechanical engineering master’s thesis. Master’s thesis in mechanical engineering. Combustion engineering.
Here's the link to the sign up form to download my thesis and paper: www.steminine.com/masters-thesis
Questions I get often:
-Where are you from?
-How old are you?
-What did you study?
The last one is actually a good question and I can see why people are confused over my background. I studied aeronautical/mechanical engineering with a focus on combustion BUT now I’m working with sensors but as an environmental engineer at an ecological institute in Berlin AND Albania (??).
Anyways… if you’re curious to know what I ACTUALLY did for my master’s thesis, watch the 10min explanation in the video below. Enjoy!
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Thank you to DevMountain for sponsoring this video. DevMountain teaches web development, iOS, Development and UX design. All of their full-time students receive free housing. They are one of the most affordable and high quality bootcamps. You can find them here: link.steminine.com/devmountain
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Sorry! I forgot to make the form. Come back here tomorrow and it’ll be in the description
Here it is: mailchi.mp/6756ee4782e9/xxzyowumdk
@@RiverTechJess Thanks Jessi, what is the software you've used for the thesis? Obviously not Microsoft Word? And does it take a lot of time to learn it?
@@killua9369 It's LateX , you can find in various form and flavours
Thank you so much! Your videos are a blessing.
You prolly dont care but if you guys are stoned like me atm you can stream pretty much all the new series on InstaFlixxer. Have been binge watching with my brother lately =)
You explain so well. Literally, I’ve been all day long watching your videos nonstop, and I just keep convincing myself you could be a great teacher. Everything is so neatly explained, and I normally find myself overwhelmed when trying to see mechanical engineering videos because I just graduated from high school and plan on studying mechanical engineering, even though I do not have much science knowledge, I found this way too interesting and I even want to hear so much more!!😭😭
Just saw this today, I love this topic. It makes me so happy to know others get as excited as I do regarding these topics
I’m so happy to hear that! I love explaining my masters thesis but sometimes I feel like I’m not explaining it properly and people just get lost haha
Thank you for this wonderful explanation 😀
tbh, been waiting for this since I started watching your videos around a year ago, knowing that you mentioned it in several videos and now finally knowing more about it is a delight. Thank you.
I'm so happy to hear that you've stuck around this entire time! Thanks for watching:) I put a link in my description if you're interested in reading more about it.
@@RiverTechJess Thanks.
Yesss thanks for finally making this video! It sounds super interesting and honestly I didn’t understand some of what you said haha but you explained it well! I’m in the middle of my mech eng degree and I’m about to start undergrad research on zinc air flow batteries and how they’re used in renewable energy! I’m excited :) thanks for always being a motivation and a bad ass engineer!
-Hayley
Great Project! The way you explained was excellent. Thanks professor 😉
Nice description, easy to follow for a complicated subject. A Boeing technical fellow was a guest lecturer in my mechatronics class. His role was awesome at Boeing, and his dad was one of the engineers who worked on the acoustics issue on the Saturn V rocket as well as helped create more symmetric thrust.
Thanks for clear explanation.
This is awesome! 👌🏻👌🏻
For others who don't know the the node thing as she mentioned, it's actually the mode shape. And every single item possesses different natural frequencies, it's utterly important to avoid having a vibration where its frequency coincides with the natural frequency of the object itself. When it does, resonance occurs, the vibration will increase significantly, thus causing the object to vibrate more severe.
e.g. the natural frequency of washing machine is 50Hz, vibration induced （when operating), says 50Hz coincide with the natural frequency, then the washing machine will experience a huge vibration.
Thanks for the clarification! I’m sure it’ll help others that stumble accords the video:)
You're so amazing I love your explaining technique simple and informative I didn't get bored once 😊
Wow this sounds like an amazing topic! I personally never heard of this effect. Would love to see your work.
How was your experience writing the thesis?
One of the best explanation! I am a second year MechEng student. Having only taken Thermo 1 and 2 and I can understand things clearly.. what a great job!
This sounds REALLY interesting and such a hard problem to solve. I can’t imagine nowadays testing equipment 3000 times.
I wonder how much more efficient turbines become after that second combustion.
Thanks for the explanation
This is quite interesting! I just finish my undergrad and going into master in the similar field
Goddamit Minnie... I love it when I see you passionate about a topic. P.s. Currently pursuing a degree in aeronautical engineering.
Love it, excellent explanation! Now, I was wondering... If the coupling is made by a multiphysics software package, like for example, ANSYS. Would you get similar results?
Thanks for talk to us about your master thesis. I loved that area (Combustion in Gas Turbines), I did my undergraduate project in Gas Combustion (not in turbines, combustion in premixed air induction burners). I had the question, is the only kind of work beyond a master or PhD in that area in Design Department of GE, Rolls Roys, or Siemens???
Or are there many companies and research labs interested in graduate people in Combustion in Gas Turbine???
Right now i'm preparing for beggin my master in another area, but i'd like to know what could happen if i continue interested in Combustion Science and Technology Applications.
Thanks for your point of view about this interesting professional area
I really enjoyed this video.
very well explained !!
Thank you!
It's cool that you are sending out your thesis! I'm super interested in reading it, I'm about to start my master's, hopefully working on a project in thermal-fluid systems!
I just remembered to make the sign up form haha you can find it here if you still want to read it: mailchi.mp/6756ee4782e9/xxzyowumdk Thanks for watching Jake! Where are you starting your master's?
@@RiverTechJess Cool, I just signed up! I'm starting it at the Colorado School of Mines, it's the same place I did my undergrad at.
I found your thesis super interesting, and your explanation very clear (even when I don't have a good English).
@@borisgraell Hola! No tengo experiencias en cuanto a maestrías (de hecho sigo teniendo dificultades con las primeras materias de ingeniería pese a llevar varios años estudiando) pero supongo que no vas a saber si realmente sos capaz hasta que pruebes con la maestría. Siento que es un poco síndrome del impostor eso, el no sentirse capaz o no del todo preparado pese a que tengas el título. Posiblemente la calidad de la educación que recibiste no es lo único que importa, sino también tu voluntad y tu ansia de conocimiento y persistencia. Ojalá logres hacerlo
quite interesting!
Oooo this is SUPER cool. I never considered thermal acoustics, like I knew pressure fluctuations are dangerous in such systems but I never figured it could lead to a feedback loop. Very cool stuff I can't wait to read through it. I currently study mechatronics at a high school and our engineering/ thermo-dynamics classes are still pretty basic and don't cover these areas but it's still so interesting.
What high school do you go to? I have never heated of a high school covering thermodynamics before.
Heard*
Carl Benz Schule Mannheim, Mechatronics profile. We have a subject where we handle ideal gas processes of various kinds and do energy conversions through sets of systems. It's not strictly thermodynamics yet but it's pretty much the same concept but on a more elementary level.
I found this video super interesting and I would really like to read your thesis!
Thanks so much for watching and I'm glad you enjoyed it:) I just added it to the description! The form can be found here: mailchi.mp/6756ee4782e9/xxzyowumdk
Ahhh, i love this, but im only an ordinary 11 graders at high school and still dreaming to enter mechanical engineering in one of the best university in my country.
This is excellent. I want learn as good as possible to research. Briefly , can u say what was your research approach?
Awesome! Where do u get ur references papers?
Does your solver use FDTD or FEM? If you can give us the doi I'll be happy to read your paper! Very interesting! :D Also, very good explanation. I don't know if non-engineers (or non-physicists) could follow, but I believe it was well explained and super clear.
so interesting!. I`m mechanical engineer from Colombia, now i am wondering about doing a Meng or a Ms, what will be your advice? Thanks a lot!
That is really interesting as u said working near stoichiometric conditions is risky, no uniform O2 distribution in the combustor and also the concentration of [OH] is not sufficient to achieve full consumption of CO (pollution and loss of chemical energy) to CO2.
I am going to start the thesis next month entitled: CFD of the darmstadt burner using OpenFOAM. I will send my email for sure to get more information and knowledge from you : )
Fabulous thesis !
I try to analogize the thesis to the internal combustion engine.
Like squish (piston engine) creating more even mixture for combustion, more efficiency.
Pressure fluctuation seems to design the intake manifold.
I think this type of would would apply to many areas. Including IC Engines:)
I studied your thesis. it seems very interesting topic. what are some future recommendations for those who wanted to do research in this field?
Were you able to complete grid independence test & validation of CFD model with experimental results?
heeyy.thank you for everything .your introducing was very important for me. because i am going to ETH for master. and my field is thermodynamic and control fluid with nano technology . and can i ask qu for you .i mean .more guide for admission applying ETh.
Hi there, Im a Mexican aeronautical engineer, currently studying a MsC in mech engineering. Did you wrote a code to solve the problem under reactive flow conditions or there is already a library implemented on the solver that you mentioned? Thanks.
very interesting idea,
..reminds me of triple steam expansion.
(....well done...)
You mentioned about a numerical solver in the video, which programming language did you use & what is generally used in industries? like Python, C++......?
how do you obtain homogenous mixture? is it the same way as in i.c.engines?
love u
Which F1 team you prefer, Mercedes or Ferrari?
Yeah, I could see some good scope in the future for this field!!! smart choice actually! Till we reach mars one day or even after that!
I was wondering to give the climate problem to AI to solve it in the next thirty years or so later!!
keep up the good work!!!
Hi stemine, this was interesting. Can I have access to your thesis? For reference. :-). im also taking up my masters in ME here in the philippines. Thank Steminie☺️☺️☺️☺️
Hey I think there’s a problem with the form’s link, and I rlly want to read your article:(
Good job I love the topic kindly share with me the pdf file
here i am thinking which to field get my masters on combustion or mechatronics rofl
Please do a vid on whether or not getting a masters in Mechanical is worth it pls (:
interesting. I am an ME...will check out your vids.
Kind of basic thermodynamic theory. Yes, there are fluctuations in firing frequency with temp having a direct correlation with pressure.
Yeah but this isn't a science video it's engineering. It's about creating the environment to optimise this known effect
Where is the form? Thanks for sharing!
I just added it to the description! And thanks for watching:) The form can be found here: mailchi.mp/6756ee4782e9/xxzyowumdk
interested in the thesis, but theres no form in the description :(
I just added it! Thanks for the reminder:) Here is the link: mailchi.mp/6756ee4782e9/xxzyowumdk
Secondly did you solve any problems in this research
Where are you from?
Montreal
-How old are you?
54
-What did you study? mech eng 87 + masters in Tribology using FEM ( the contact of thin plastic layers ) 91
What's the difference between squirting fuel in the hot exhaust gases to conserve fuel and an afterburner that is actually consuming LOADS of fuel in an airplane?
@Haramasch Abrasir - basically it's safety vs. efficiency.
The afterburner is very inefficient, because it has a much less than ideal fuel:oxidizer ratio, but the generated pressure wave is also much easier for the turbine to handle without too much internal stress, because it only impacts the nozzle exhaust area.
But adding an oxidizer to the hot gas while it's still inside the turbine can be much more efficient in theory, but then there is a risk, with a poorly designed turbine, of the extra pressure generated from the extra combustion to damage or destroy the turbine itself.
Thermodynamics | and || are prerequisite to this video (;
oooh a Mechanical vibrations course is definitely a prerequisite too.
The thesis link is inaccessible as it may be trying to steal peoples info. At least that is what the popup says.
A story of recombustion and resonance 😁
**mind blown**
Sounds like an afterburner.
I dare to watch this video! I DARE! Ahhhh math!!!!!😱😱😱😱
Please email me your thesis and journal
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I love you.
I meet so many female chemical engineers, physicists... For some reason few mechanical. There is a woman out there for me. Maybe not you.. but somewhere
5:00 Did she say "Leeeeeeaaaaannnn?"
Is this a meme that I’m not aware of?
@@RiverTechJess Lean is a combo of sprite, jolly rancher, and cough syrup that's an iconic substance in modern rap, trap, and drill. Een chief keef drink it ou whateva. But yea its supposed to make u sleepy haha.
Thermodynamic sucks 😔 but no option coz we r mechanical engineers
Can you be my waifu?
Let’s talk business. Let’s say that you’ve discovered “dilithium crystals” that provides clean energy that can be used in place of fossil fuels. The fossil fuel industry will hunt you down.🥺