After all those stupid vids where people eat, drink and slack off in the name of "Day in a Life....", our brother has given us a true video of what it is like to be a Mechanical Engineer. Kudos brother!! Love from an Indian Mechanical Engineer.🙌🙌🙌🙌
took thermo last semester and its SO COOL to see that the problems you're solving as an ACTUal engineer are similar to the homework problems we did! sooo many different cycles in that damn class but im glad its actually relevant
@@WissamSeif I am a retired mechanical engineer and I have done some aerospace engineering work, modifying passenger commercial aircraft to be cargo carriers. I compliment you on the quality of your videos. Your review of the Brayton cycle certainly brought back memories.
Couldn’t have appreciated this video more man. Im a junior mechanical engineering major and just finished taking thermodynamics and fluids mechanics this semester so it was so dope to see all these concepts I’ve studied applied to real industry projets!
Started doing a master’s in mechanical engineering. I can say that I was dreading it before but after seeing your video, I’m excited for what the future holds. Great video and keep up the content
I'm studying aerospace engeneering and I know everything you were talking about and it's all about all the subjects I hate. THAT'S GREAT. (Sorry for the bad English!)
Things got very interesting when those tables (P-V and T-S) become more and more complex with combined cycles, regenerative cycles and all that stuff, great video! fellow aerospace engineer in MX here!
Wow! This channel makes me realize the other side of being an engineer and it's not always about scary, mind-boggling, or just for nerd thing. But it can also be a fun, creative, and just like any other job. You remove my fear with my dream of becoming an engineer someday. So you deserve my SUB😍, Wish your channel grows!☺️☺️
I’m currently transferring to a 4 year university to finish Mechanical Engineering, you have been a big motivation and I hope you keep posting more stuff like this to give us a better perspective of what Mechanical Engineers do!
its so nice to see you looking into all this hypersonic airbreathing stuff, the J-58 engine is one of the first I looked into when exploring different TBCC configurations. Its a passion of mine and I love to see people making real world progress!
I'd like to shout out the University of Queensland's hypersonic scramjet course for those interested in this type of work; all can be found on youtube.
I am a retired mechanical engineer and I have done some aerospace engineering work, modifying passenger commercial aircraft to be cargo carriers. I compliment you on the quality of your videos. Your review of the Brayton cycle certainly brought back memories.
Amazing video man!!! I am currently a freshman at Rutgers University and though I am majoring in Computer Science, I am very attracted to aerospace! Your video just boosted my interest in this field even more. I do plan on making all my projects and future goals tilted towards aerospace!
This was a really great video because it's the first day in the life video in which the presenter showed some of the application of their work in detail. Awesome video, keep up the content!
Very well explained except for one detail. Turbines never push the air, they only extract energy from the flow. In turbofans, for example, there are usually 2 or more turbines, the first stages are used to move the compressors and the last for the fan, but never to push the air, it would be a complete loss of energy. Sorry for the correction but I had to say it.
Just started watching your channel and I love it. It’s a major booster seeing how the principals I am learning in school are applied to the job. Thank you so much for these vids dude!
Ill be honest, I have simply the bare minimum knowledge of what youre talking about in your whiteboard part of the video. But man oh man do I really want to learn this, so I can finally understand how these things work, and how I can use it myself. But this comment isnt all about me, I want to thank you for your video and just taking the time to explain both the work aspect and the engineer aspect. Its deffinitly a gem that im glad I finally found, and you created!
I'm currently a first-year engineering student at UBC and trying to decide between mech and chem as my specialization. This video was VERY helpful in giving me a glimpse into what a mechanical engineer might do! I really appreciate that you actually showed us some of the things that you were working on; it was great to have that additional insight. The thermodynamics bit was fun to watch too because I just took a thermodynamics course last term and it was fun to see you make actual use of things I've learned :)
This video was actually pretty helpful and I like how you explained the theory of what you do. I'm currently working on my mechanical engineering degree and want to specialize in aerospace so it's nice seeing what you would do with the degree in the real world
Thank you for making these videos! As a mech eng student, it is really helpful to see these types of videos and have a glimpse at what industry experience will be like. Could you do a video on tips for interviews?
I’m not an aerospace engineer but I took Gas dynamics where we learned all about shock waves, rocket engines, and jet engines. Also I took intro to flight so I know the basics of how planes work and now I’m taking advanced fluid mechanics where I’m learning about propeller engines and how to reduce jet engine noise while simultaneously increasing efficiency.
As a second year, I watched this video and was completely lost. Now as a fourth year and nearing graduation I completely understand this and I absolutely love it.
Just stumbled across your channel and found this video. Coincidentally, I have a thermodynamics assignment over the holidays to analyse data from a jet engine! Thanks for the little explanation bit, I didn't expect to find help here haha
Actually I loved these concepts and other thermodynamics concepts while studying at college. I always had a thought to work in the same. After college I did spoke with some experienced engineers they told those concepts are no more be useful, what we studied are different and what we work in industry is different. Fortunately I saw your video now and I gained hope. Thank you so much Mr. Saif
thanks for makin this video, i would like more analysis like what you showcased in this video. one thing i fear is what im actually doing as an engineering. obviously you're doing R&D so its a little different from the average job but i worry about what im actually applying from school to do my jobs. this video helped me figure out exactly what I need to be paying attention to in class to make sure when I get in the field Im able to apply my knowledge and more importantly do it at an exceptional level so I can not just be an engineer but be a successful engineer that can get a lot done.
Great videos man, solid amount of theory. I’m starting my last semester soon before I get my BSME and this makes me want to apply to some aerospace companies!
Awesome video! For my Capstone my team designed a Brayton cycle for a Small Modular Reactor. My program is more power gen focused so it's awesome seeing its aero side of things. Keep up the great content :))
Thanks man for this cool vid, other videos just show their life outside work instead of what u showed which almost defeats the purpose of the video. Loved the explanation and breakdown. :)
Man I love the simple way you described the mechanics of the jet engine . I've been trying to find a way to have someone explain the way it works and you did following the simple rules of what every thing means. I've always wondered about air intake , how the damn hot air is cooled and then the thrust part. How a huge 777 uses only two engines to support and fly the weight it has and fly long periods of time so smoothly... ???? What's cool about your explainations is that your really into what your talking about and that personal interest of yours makes it even more exciting because you believe and know what your talking about. Chow
This actually gave me the motivation to study ThermoDynamics which was always introduced to me as a theortical subject.! I am in 2nd year of Mechanical Engineering. Way to go.! Thanks a lot ! :D
Pleaaase more of the theory videos , now I know how we apply thermodynamics theories on a jet engine , and could you show us the differences in theories between aero and mechanical engineering
Wow, I learned all that stuff in thermo and heat transfer. I never really realized the applications of it. I'm a mechanical engineering senior about to graduate in spring. Makes me happy to know that seeing you do those calculations made sense.
The engineering world is scary because I don't really know what engineers do. Your videos have helped me a lot to get a good idea of what to actually expect as I try to get an internship. Its not as scary now
You can also calculate the heat released into the combustion chamber by using the eq: Q=mf*Hu*η where mf is the fuel mass flow, Hu the lower heating value of the jet fuel and η the combustion chamber's efficiency, primarily depending on its design. The ideal η=1
I would just like to say thank you for all of your engineering content! As a second-year Aerospace Engineering student, watching your videos really helped me develop some insight into what it's really like working in the Aerospace sector. As for your next Q&A video, I wanted to ask: What are some of your thoughts/tips on landing an internship?
These videos are great! There doesn’t seem to be a lot of informative content on youtube for MechE’s but your channel has definitely fixed that. My question would be what your advice would be for a senior ME student currently looking for jobs in the middle of a pandemic/recession and what your process was when you were in school. Thanks!
Fantastic love seeing all the theory we learned actually in a real world scenario. Not just a little example problem you’ll only partially remember by next class.
I am a software engineer. I have my associates in engineering technology and I’m going for my bachelor’s in software engineering.. when I went for my associates in engineering technology my concentration was in machine learning. I really enjoyed those classes. Long story short I feel like I’m a long way from home but I really enjoyed this video. I didn’t take any of the classes you’ve mentioned 😂. But watching you bridge that knowledge gap was super awesome. Also I have such an odd fascination for aerospace engineering lately.. 🤔😂
I managed to do well in thermo however I got a choice to choose vapour power plants and brayton cycles as well as other mandatory stuff. Unfortunately, chose vapour power plant but I'll be starting my propulsion class soon so I hope to learn Brayton cycles... although I guess electricity is the bloodline of a country haha
I really hope this isn't your actual WFH setup lol But this kind of work looks so interesting, I REALLY want to design jet engines. Glad to see this is possible coming from a Mechanical Eng undergrad.
I am a Mechanical Engineer.I found this video very interesting to watch.Mathematical Modelling plays an Important part in all aspects of Engineering as well.❤️❤️❤️❤️❤️
(My question about the jet engine, all the time, is that why don't the combustion give the force to reverse the gas flow to the compression chamber, I mean that combustion does not only expend the air in one direction isn't it? And if the airflow does flood back to the compression stage, the work it does that push the combustion fan blades will cancel out the work that is given by the center shaft from the turbine behind. There is absolutely no reference and information about it even I search online or on youtube!)
@@WissamSeif Well, yeah, but after some research on the way how the jet engine works, the compression chamber is power by the turbine behind the combustion chamber, and the turbine is driven by the gas production from the combustion chamber; the combustion chamber generates huge heat that expands the air inside which rush out from the downstream, so in this case, the air driven the compression chamber, therefore in an ideal situation the work air give to the turbine will equal to the work compression chamber push air. And if the expansion is in all direction -which is true- than the force air push downstream will equal the force air push upstream; and the size of inlet doesn't matter since a smaller inlet causes higher pressure in that cross-section which will work against the air that is been compressed by the compression chamber. The work of the compression chamber is equaled to the work the air push downstream on the turbine, and that work is just a part of its total work since other energy from gas is used to push the jet forward, so the work turbine receive is only a part of the work the expended gas pushes out. So the air from the compression chamber is pushed against the air from the combustion chamber and the work compression chamber pushes the air downstream is smaller than the work combustion chamber is push upstream. That is where I cannot understand, so although the air is encouraged downstream, what encourages the air is the compression chamber, and the only thing driving the compression chamber is the turbine which is driven by the combustion chamber, in other words, the combustion chamber is work against itself.. ?
hi , I'm a female mechanical engineer grad and we share the same name ,lol that's a first , you inspire me so much and ur videos a breath of fresh air just wanna say ur an awesome human being ❤
Can you do a video on textbooks for self study of mechanical engineering for hobbyists who wish to solve such problems and build or design stuff for themselves?
If you are interested more in thermodynamics then you will most likely work on combustion chambers and related parts, and mechanical engineering is probably better for that. I studied aerospace engineering and we learnt about turbomachinery like compressors and turbines and some thermodynamics, and we learned a lot about boundary layers and lift generation but my understanding is mechanical engineers were more concerned with thermodynamics applications.
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
After all those stupid vids where people eat, drink and slack off in the name of "Day in a Life....", our brother has given us a true video of what it is like to be a Mechanical Engineer. Kudos brother!! Love from an Indian Mechanical Engineer.🙌🙌🙌🙌
Lmao
Agree 👍
I agree 100%. I was tired of watching day in the life of engineers and they don't do any engineering work. ?? lmao
you stole the words right out of my mind
@@WissamSeif are you Lebanese
took thermo last semester and its SO COOL to see that the problems you're solving as an ACTUal engineer are similar to the homework problems we did!
sooo many different cycles in that damn class but im glad its actually relevant
you're so good at explaining things! keep posting!
@@WissamSeif
I am a retired mechanical engineer and I have done some aerospace engineering work, modifying passenger commercial aircraft to be cargo carriers. I compliment you on the quality of your videos. Your review of the Brayton cycle certainly brought back memories.
Couldn’t have appreciated this video more man. Im a junior mechanical engineering major and just finished taking thermodynamics and fluids mechanics this semester so it was so dope to see all these concepts I’ve studied applied to real industry projets!
Started doing a master’s in mechanical engineering. I can say that I was dreading it before but after seeing your video, I’m excited for what the future holds. Great video and keep up the content
I’m currently an astronautical engineering major at USC. I love your vids!
Ayyyy I’m a meche at USC!!
Hey Tyrell! I am getting my associates right now, looking at going into that same major, that’s what’s up! What has been your biggest struggle so far?
This just opened my eyes even more to how much I want to be an engineer in aerospace and mechanical.
I'm studying aerospace engeneering and I know everything you were talking about and it's all about all the subjects I hate. THAT'S GREAT.
(Sorry for the bad English!)
That's cool. I'm studying M.E. 2nd year
Things got very interesting when those tables (P-V and T-S) become more and more complex with combined cycles, regenerative cycles and all that stuff, great video! fellow aerospace engineer in MX here!
finally a day in the life video that shows actual work. Thanks for this video dude.
This was cool to see as a second year ME student. I've learned just enough to follow along at this point.
That's cool. I'm in my first year.
Wow! This channel makes me realize the other side of being an engineer and it's not always about scary, mind-boggling, or just for nerd thing. But it can also be a fun, creative, and just like any other job. You remove my fear with my dream of becoming an engineer someday. So you deserve my SUB😍, Wish your channel grows!☺️☺️
I always wondered how it was to be engineer, this is the first video that really feels close enough. Pretty cool stuff.
wow this is really insightful!! love from an engineering student from Malaysia :)
I'm about to finish my undergrad in aerospace engineering. This was just like my propulsion class from last semester
Exactly what I was thinking 😂
which university dude
Ha you were in my vibrations class last semester
@@plazas94 you were in 423 with Becnel?
@@aeroteja8155 UMD
I’m currently transferring to a 4 year university to finish Mechanical Engineering, you have been a big motivation and I hope you keep posting more stuff like this to give us a better perspective of what Mechanical Engineers do!
its so nice to see you looking into all this hypersonic airbreathing stuff, the J-58 engine is one of the first I looked into when exploring different TBCC configurations. Its a passion of mine and I love to see people making real world progress!
I'd like to shout out the University of Queensland's hypersonic scramjet course for those interested in this type of work; all can be found on youtube.
I am a retired mechanical engineer and I have done some aerospace engineering work, modifying passenger commercial aircraft to be cargo carriers. I compliment you on the quality of your videos. Your review of the Brayton cycle certainly brought back memories.
Amazing video man!!! I am currently a freshman at Rutgers University and though I am majoring in Computer Science, I am very attracted to aerospace! Your video just boosted my interest in this field even more. I do plan on making all my projects and future goals tilted towards aerospace!
I love theory stuff!!
This was a really great video because it's the first day in the life video in which the presenter showed some of the application of their work in detail. Awesome video, keep up the content!
Hey wissam i love what you are doing.
Greetings from an engineer from Germany.
I’m still in high school and I plan to be a mechanical engineer. Your videos are really nice man, chill vibes and stuff :)
Very well explained except for one detail. Turbines never push the air, they only extract energy from the flow. In turbofans, for example, there are usually 2 or more turbines, the first stages are used to move the compressors and the last for the fan, but never to push the air, it would be a complete loss of energy. Sorry for the correction but I had to say it.
Just started watching your channel and I love it. It’s a major booster seeing how the principals I am learning in school are applied to the job. Thank you so much for these vids dude!
Ill be honest, I have simply the bare minimum knowledge of what youre talking about in your whiteboard part of the video. But man oh man do I really want to learn this, so I can finally understand how these things work, and how I can use it myself. But this comment isnt all about me, I want to thank you for your video and just taking the time to explain both the work aspect and the engineer aspect. Its deffinitly a gem that im glad I finally found, and you created!
I'm currently a first-year engineering student at UBC and trying to decide between mech and chem as my specialization. This video was VERY helpful in giving me a glimpse into what a mechanical engineer might do! I really appreciate that you actually showed us some of the things that you were working on; it was great to have that additional insight. The thermodynamics bit was fun to watch too because I just took a thermodynamics course last term and it was fun to see you make actual use of things I've learned :)
This is how mechanical engineering should be displayed.... Loved it.Please keep sharing and inspiring
Very well explained .. Greetings from a fellow aerospace engineer :D
I see you are a man of culture as well🔥🤟
@@robbin4380 Thank you, mate! I`m from Egypt
This video was actually pretty helpful and I like how you explained the theory of what you do. I'm currently working on my mechanical engineering degree and want to specialize in aerospace so it's nice seeing what you would do with the degree in the real world
Thank you for making these videos! As a mech eng student, it is really helpful to see these types of videos and have a glimpse at what industry experience will be like. Could you do a video on tips for interviews?
I’m not an aerospace engineer but I took Gas dynamics where we learned all about shock waves, rocket engines, and jet engines. Also I took intro to flight so I know the basics of how planes work and now I’m taking advanced fluid mechanics where I’m learning about propeller engines and how to reduce jet engine noise while simultaneously increasing efficiency.
As a second year, I watched this video and was completely lost. Now as a fourth year and nearing graduation I completely understand this and I absolutely love it.
Your channel is amazing! Thank you very much for producing this content. It’s helping me a lot to decide which engineering I would like to study.
Just stumbled across your channel and found this video. Coincidentally, I have a thermodynamics assignment over the holidays to analyse data from a jet engine! Thanks for the little explanation bit, I didn't expect to find help here haha
Great Stuff, Looking forward to more such videos, giving insight of the actual job as a Mechanical Engineer.
Thank u bro ,I’m still in highschool and this helping allot keep posting
Actually I loved these concepts and other thermodynamics concepts while studying at college. I always had a thought to work in the same. After college I did spoke with some experienced engineers they told those concepts are no more be useful, what we studied are different and what we work in industry is different. Fortunately I saw your video now and I gained hope. Thank you so much Mr. Saif
Awesome video, I am 18 and this is the career I am looking at pursuing!
You are a nice explainer, much better than lots of others out there.
thanks for makin this video, i would like more analysis like what you showcased in this video. one thing i fear is what im actually doing as an engineering. obviously you're doing R&D so its a little different from the average job but i worry about what im actually applying from school to do my jobs. this video helped me figure out exactly what I need to be paying attention to in class to make sure when I get in the field Im able to apply my knowledge and more importantly do it at an exceptional level so I can not just be an engineer but be a successful engineer that can get a lot done.
This was amazing I wanna be a aerospace engineer and I gotta thank you for giving me a taste of it
I loved everything about your video, thank you!
THE GAP IS BRIDGED!! SUBSCRIBED!
I LOVED THE THEORY PART, IT WAS THE BEST ONE! it´s not like other videos where it´s mostly about how they write on the ocputer n drink coffee LOL
Youre a legend mate keep up the good work
Omfg now i regret why i didn't took mech engineering THIS IS SO COOOOOL
Well, learning the norms of screws for the first year isn’t as fun lol
Great videos man, solid amount of theory. I’m starting my last semester soon before I get my BSME and this makes me want to apply to some aerospace companies!
@@WissamSeif hell yeah dude but learning all those thermofluid cycles was a fucking nightmare 😂
Loved the video! I would love to see more videos explaining engineering principles and applications like this.
Awesome video! For my Capstone my team designed a Brayton cycle for a Small Modular Reactor. My program is more power gen focused so it's awesome seeing its aero side of things. Keep up the great content :))
Glad I found this channel. Thank you Wissam!
Thanks man for this cool vid, other videos just show their life outside work instead of what u showed which almost defeats the purpose of the video. Loved the explanation and breakdown. :)
This was probably the best video I've found about ME. Thank you!!!
Man I love the simple way you described the mechanics of the jet engine . I've been trying to find a way to have someone explain the way it works and you did following the simple rules of what every thing means. I've always wondered about air intake , how the damn hot air is cooled and then the thrust part. How a huge 777 uses only two engines to support and fly the weight it has and fly long periods of time so smoothly... ????
What's cool about your explainations is that your really into what your talking about and that personal interest of yours makes it even more exciting because you believe and know what your talking about.
Chow
Amazing video, the jet engine stuff is not boring at all !!
Love your channel man
I hope i would have found your vlog during my bachelor's. I would have definitely scored much than before.
Love this day in a life soooo much!!! In another life, I would’ve studied aerospace!
Greetings from INDIAN MECHANICAL ENGINEER
This actually gave me the motivation to study ThermoDynamics which was always introduced to me as a theortical subject.! I am in 2nd year of Mechanical Engineering. Way to go.! Thanks a lot ! :D
Pleaaase more of the theory videos , now I know how we apply thermodynamics theories on a jet engine , and could you show us the differences in theories between aero and mechanical engineering
Wow, I learned all that stuff in thermo and heat transfer. I never really realized the applications of it. I'm a mechanical engineering senior about to graduate in spring. Makes me happy to know that seeing you do those calculations made sense.
Great video as usual brother!
The engineering world is scary because I don't really know what engineers do. Your videos have helped me a lot to get a good idea of what to actually expect as I try to get an internship. Its not as scary now
You can also calculate the heat released into the combustion chamber by using the eq: Q=mf*Hu*η where mf is the fuel mass flow, Hu the lower heating value of the jet fuel and η the combustion chamber's efficiency, primarily depending on its design. The ideal η=1
I would just like to say thank you for all of your engineering content! As a second-year Aerospace Engineering student, watching your videos really helped me develop some insight into what it's really like working in the Aerospace sector. As for your next Q&A video, I wanted to ask: What are some of your thoughts/tips on landing an internship?
Woooow I also want to become an aerospace engineer. Meaning that it is good to do mechanical first. I live in Uganda but u guys are soo advanced😍😍😍
I gotta brush up on my knowledge. Good stuff
Learning about shock relations right now, very helpful to see it within the bigger picture.
I'm a final year ME and would love a R&D job in the aviation industry. Hope to get into something like this in the future
These videos are great! There doesn’t seem to be a lot of informative content on youtube for MechE’s but your channel has definitely fixed that. My question would be what your advice would be for a senior ME student currently looking for jobs in the middle of a pandemic/recession and what your process was when you were in school. Thanks!
Fantastic love seeing all the theory we learned actually in a real world scenario. Not just a little example problem you’ll only partially remember by next class.
Loved this!!
I am a software engineer. I have my associates in engineering technology and I’m going for my bachelor’s in software engineering.. when I went for my associates in engineering technology my concentration was in machine learning. I really enjoyed those classes. Long story short I feel like I’m a long way from home but I really enjoyed this video. I didn’t take any of the classes you’ve mentioned 😂. But watching you bridge that knowledge gap was super awesome. Also I have such an odd fascination for aerospace engineering lately.. 🤔😂
Bro this job sounds so dope
I managed to do well in thermo however I got a choice to choose vapour power plants and brayton cycles as well as other mandatory stuff. Unfortunately, chose vapour power plant but I'll be starting my propulsion class soon so I hope to learn Brayton cycles... although I guess electricity is the bloodline of a country haha
I also studying mechanical engineering... nice video , keep it up .
you are a legend please uploaaaaaaaddd moooooooooooree
I loved this video!
it's actually really fun to calculate the different pressures and temperatures.
True explanation ❤️🔥 the eng. to eng. Connection
I really hope this isn't your actual WFH setup lol
But this kind of work looks so interesting, I REALLY want to design jet engines. Glad to see this is possible coming from a Mechanical Eng undergrad.
This is just awesome!!!
Ah the Nozzle Equation in the thumbnail. I love aero
I am a Mechanical Engineer.I found this video very interesting to watch.Mathematical Modelling plays an Important
part in all aspects of Engineering as well.❤️❤️❤️❤️❤️
@Grandma's Lasagna same lol .
(My question about the jet engine, all the time, is that why don't the combustion give the force to reverse the gas flow to the compression chamber, I mean that combustion does not only expend the air in one direction isn't it? And if the airflow does flood back to the compression stage, the work it does that push the combustion fan blades will cancel out the work that is given by the center shaft from the turbine behind. There is absolutely no reference and information about it even I search online or on youtube!)
@@WissamSeif Well, yeah, but after some research on the way how the jet engine works, the compression chamber is power by the turbine behind the combustion chamber, and the turbine is driven by the gas production from the combustion chamber; the combustion chamber generates huge heat that expands the air inside which rush out from the downstream, so in this case, the air driven the compression chamber, therefore in an ideal situation the work air give to the turbine will equal to the work compression chamber push air.
And if the expansion is in all direction -which is true- than the force air push downstream will equal the force air push upstream; and the size of inlet doesn't matter since a smaller inlet causes higher pressure in that cross-section which will work against the air that is been compressed by the compression chamber. The work of the compression chamber is equaled to the work the air push downstream on the turbine, and that work is just a part of its total work since other energy from gas is used to push the jet forward, so the work turbine receive is only a part of the work the expended gas pushes out.
So the air from the compression chamber is pushed against the air from the combustion chamber and the work compression chamber pushes the air downstream is smaller than the work combustion chamber is push upstream. That is where I cannot understand, so although the air is encouraged downstream, what encourages the air is the compression chamber, and the only thing driving the compression chamber is the turbine which is driven by the combustion chamber, in other words, the combustion chamber is work against itself.. ?
This looks so overwhelming 😳
You shouldn't think like that
I just started thermo. Seeing the diagrams was great!
Love your video.. Keep uploading 😍. Love from🇳🇵🇳🇵
Great video, thanks!
Fast moving plane if you have shock wave before inlet. Compressible flow, thermodynamics, heat transfer, a lot going on here!
Hi friend! Thanks for a new video. I "like"d it before watching xD. My question is "How fast did you find a job after graduation?"
hi , I'm a female mechanical engineer grad and we share the same name ,lol that's a first , you inspire me so much and ur videos a breath of fresh air just wanna say ur an awesome human being ❤
thank you so much! great video
Q&A: Would you ever want to work for space X one day?
Can you do a video on textbooks for self study of mechanical engineering for hobbyists who wish to solve such problems and build or design stuff for themselves?
Would you plz answer that which specific type of engineering should I choose If I want to design an aircraft jet engine
If you are interested more in thermodynamics then you will most likely work on combustion chambers and related parts, and mechanical engineering is probably better for that. I studied aerospace engineering and we learnt about turbomachinery like compressors and turbines and some thermodynamics, and we learned a lot about boundary layers and lift generation but my understanding is mechanical engineers were more concerned with thermodynamics applications.
Loved the theory!
Great video. I have a comment on your analysis. You should of mentioned or used variation of specific heats to obtain more accurate results
How to design a hull for a spacecraft that can withstand the pressure of space?