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Mechanical Design
India
เข้าร่วมเมื่อ 5 ส.ค. 2015
Welcome to Mechanical Design! create tutorials and content to help you master CAD, 3D modeling, and engineering design.
On this channel, you’ll find:
- In-depth CAD tutorials
- 3D modeling tips and tricks
- Engineering design principles
- Project showcases and walkthroughs
- Mechanism
Whether you’re a student, a professional engineer, or a hobbyist, there’s something here for everyone who loves mechanical design and engineering.
New videos are uploaded every week's. Don’t forget to subscribe and hit the notification bell so you never miss an update!
If you enjoy our videos, please subscribe, like, and comment. Your support helps us create more valuable content!
Follow us on Instagram for behind-the-scenes content and updates:
mechanicaldesignb?igsh=MTA3MmprdWswbXoxdA==
For business inquiries, please contact us at
Email ✉️ : mechanicaldesignb@gmail.com
On this channel, you’ll find:
- In-depth CAD tutorials
- 3D modeling tips and tricks
- Engineering design principles
- Project showcases and walkthroughs
- Mechanism
Whether you’re a student, a professional engineer, or a hobbyist, there’s something here for everyone who loves mechanical design and engineering.
New videos are uploaded every week's. Don’t forget to subscribe and hit the notification bell so you never miss an update!
If you enjoy our videos, please subscribe, like, and comment. Your support helps us create more valuable content!
Follow us on Instagram for behind-the-scenes content and updates:
mechanicaldesignb?igsh=MTA3MmprdWswbXoxdA==
For business inquiries, please contact us at
Email ✉️ : mechanicaldesignb@gmail.com
41 Ingenious Mechanical Mechanisms Explained | Engineering Marvels in Motion
Explore 41 ingenious mechanical mechanisms that showcase the brilliance of engineering design. From complex gear systems to simple yet effective linkages, this video provides a comprehensive look at the mechanisms that power our world. Perfect for students, engineers, and anyone interested in mechanical design, this collection will deepen your understanding of how mechanical systems work. Watch as each mechanism is visually detailed with clear animations, offering insights into the principles of motion and force transmission.
#mechanism #3ddesign #engineering
Mechanical Mechanisms
Engineering Design
Gear Systems
Linkage Mechanisms
Mechanical Engineering
Motion Transmission
CAD Animation
SolidWorks Mechanisms
Siemens NX
Engineering Marvels
Mechanical Components
Machine Design
Gearbox Mechanism
Kinematics
#MechanicalEngineering
#EngineeringDesign
#GearSystems
#Mechanisms
#CADAnimation
#SolidWorks
#SiemensNX
#Kinematics
#EngineeringMarvels
#MachineDesign
Mechanical Mechanisms
Gear Systems
Linkage Mechanisms
Mechanical Engineering
Engineering Marvels
CAD Animation
SolidWorks
Siemens NX
Motion Transmission
Machine Design
Kinematics
#mechanism #3ddesign #engineering
Mechanical Mechanisms
Engineering Design
Gear Systems
Linkage Mechanisms
Mechanical Engineering
Motion Transmission
CAD Animation
SolidWorks Mechanisms
Siemens NX
Engineering Marvels
Mechanical Components
Machine Design
Gearbox Mechanism
Kinematics
#MechanicalEngineering
#EngineeringDesign
#GearSystems
#Mechanisms
#CADAnimation
#SolidWorks
#SiemensNX
#Kinematics
#EngineeringMarvels
#MachineDesign
Mechanical Mechanisms
Gear Systems
Linkage Mechanisms
Mechanical Engineering
Engineering Marvels
CAD Animation
SolidWorks
Siemens NX
Motion Transmission
Machine Design
Kinematics
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How to work #shorts #technology #oldisgold
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@1:24 a jet?
@@practicalpersoneralpureP-hy7yf yes! You are right 👍 It's useful in Fighter Jet. For Vertical Takeoff & landing. Thank you 😊
C’est la vitesse angulaire qui varie
Tout à fait, Jean-Bernard ! La différence de vitesses angulaires entre les deux cercles de tailles différentes garantit leur synchronisation efficace. J'apprécie votre intérêt et votre précision sur ce sujet ! Faites-moi savoir s'il y a d'autres sujets que vous aimeriez explorer. 🛠️
@@mechanicaldesignB je travail dans l’affutage de lames de scierie. On convertit souvent des vitesses de rotation (tr/min) et des vitesses de sciage (m/s).
И не говори как будто для дураков показывают
Спасибо за ваш отзыв. Я стараюсь делать свои объяснения максимально понятными для всех зрителей.
Too much "wanna be" engineering.
@stevencoons450! Always aiming to refine and enhance the engineering content here. Stay tuned for more advanced projects!
POV your German and you want to over engineer All jokes aside I would just use gears ( 2:1 ratio )
@MR-Trabi1963, love the humor! 👍 Incorporating a simple gear setup is definitely a straightforward approach. I might explore that in future videos to compare efficiency and design simplicity. Thanks for the suggestion!
Good sex toy invention for sure
NADA A VER ISSO NÃO 😜 EXISTE
Agradeço o seu comentário. Meu objetivo é apresentar informações precisas, mas estou sempre aberto a correções se algo parecer incorreto.
1
😊👍
Это чё? Очередной перпетуум мобиле...... ?
@@user-hr3gb1zz9x Спасибо за ваш комментарий, Алексей! Это не машина вечного движения, а демонстрация одноцилиндрового парового двигателя с двумя поршнями. Она создана для иллюстрации механики работы паровых двигателей с использованием 3D-анимации. Рад, что вам это интересно!
Хорошее видео.
@@dhavaldesai4191 Большое спасибо, Дхавал! Рад, что видео вам понравилось. Ждите еще больше интересного контента!
Вот так работает жена, кто в теме тот поймет, сразу и по ушам и в мозг😂😂😂
Спасибо за ваш комментарий! Хорошо поставленная аналогия, надеюсь, видео вам тоже понравилось!
There are 3 piston not 2
Thanks for your attention to detail! You are correct, there are indeed three pistons in this engine. Appreciate your keen observation!
I disagree, that is a two cylinder three piston steam engine that is not reliable in that configuration.
Thank you for your comments! There seems to be a bit of confusion about the design. This is indeed a single-cylinder steam engine but it features three pistons, not two. This configuration is a bit unique, which might be causing the mix-up. Each piston plays a vital role in the operation and efficiency of the engine. If you have more questions or need further explanation, feel free to ask!
ดีมากครับ(งานดี)
@@dhavaldesai4191 ขอบคุณมากครับ! ดีใจที่คุณชอบเนื้อหานี้ครับ 😊
It happens when there is a slip between them.
Thanks for sharing your insights, Ramachandrarao! You're right about the slip between them playing a crucial role. This kind of synchronization can happen under specific conditions where the speed of one affects the other due to mechanical interactions. It's fascinating how these dynamics work! Keep watching for more discussions like this.
This wheel in not connect
Thanks for your observation! The circles (gears) may seem unconnected at first glance, but they interact through a series of internal mechanisms not visible here, ensuring synchronized movement. This design is crucial for the efficiency and functionality of the entire system. I hope this clears up the confusion!
It’s a Russian Yak141 technology.
Hey @iktan224 Well-known for its innovations in vertical take-off and landing technologies. Thanks for your interest!"
Why are vertical cylinder opposed piston engines better or required as in the donor do X flying boat? I cant remember the whu but there was some reason they couldnt use horozontal which would have had less drag since it could be aligned with the wings.
Vertical opposed piston engines are often used in flying boats due to their compactness and efficiency. This helps in reducing the center of gravity and improving balance.
Depending on Gher teeth
Yes, the size and shape of the gear teeth play a significant role in synchronizing two wheels of different sizes.
The third piston isn’t there what
Thanks for pointing that out! This design actually has three pistons. I appreciate your attention to detail-let me know if you have any other questions!
@motosetal
Thanks for sharing
Так этож оппозитный мотор с компрессором
Нет, это не оппозитный мотор. Это демонстрация работы двигателя с двумя поршнями в паровой машине. Спасибо за ваш интерес!
@@mechanicaldesignB на компрессорник больше похоже
@@VS-si7bd Спасибо за ваше наблюдение! Хотя это может напоминать компрессор, данная анимация демонстрирует работу парового двигателя с двумя поршнями. Интересно, что вы заметили сходство, и приятно видеть такую внимательность у зрителей, как у вас!
@@mechanicaldesignB я Субару владелец мне ли не знать что такое компрессорник 😅😉
Rõ ràng là nó đang trượt và quay nên thí nghiệm này ko có giá trị
Cảm ơn bạn đã góp ý! Mình sẽ cân nhắc các điểm bạn nêu cho các thí nghiệm sau.
😅😂😂😂😂😂
Glad you enjoyed it! 😊
Mentira la fricción desgastada y sin lubricación es peor el desgaste es sorprendente la gente que es víctima de su ignorancia a las leyes de newton
@@rafaelramirezcamacho3229 ¡Hola Rafael! Gracias por compartir tus pensamientos. Siempre es interesante discutir cómo los principios básicos, como las leyes de Newton, se aplican en contextos mecánicos complejos. En este video, queríamos explorar un aspecto específico del motor de vapor. Estoy de acuerdo en que la fricción y la lubricación son críticos para el desgaste de los componentes, y aprecio que hayas destacado la importancia de no pasar por alto estos fundamentos. ¡Espero que sigamos teniendo estas conversaciones enriquecedoras!
Dovevo fare ingegneria, è stupenda!
Grazie mille! L'ingegneria è davvero incredibile. Sono felice che il video ti sia piaciuto!
Railroad hand car
@@jeffbybee5207 Thank you, Jeff! Glad you noticed the details. 🚂
Архимед.удивился.бы
@@user-yi6ks6bz7f Спасибо, Владимир! Думаю, Архимед тоже был бы впечатлён! 😊
Very useful nd helpful wise tool.
@@user-eq5zw3wy1u Glad you found it useful! Thanks for your support!
на схеме три горшка, а на видео два???
@@Varphalomey На видео показан вариант с двумя поршнями, чтобы лучше продемонстрировать работу механизма. Спасибо за внимание к деталям!
Donkey ,3 pistons engine
@@mohammadghous250 Thanks for the comment! This is a two-piston engine, designed to illustrate the mechanism in action
I hate my mind for bottom picture 😂
@@addicted4253 Glad you liked it! The bottom picture definitely stands out 😄
А что, хитро придумано
@@3ri7emerki Спасибо! Рад, что вам понравилось! 😊
Hell of Friction
@@X220Shahidrathod Friction can be quite the challenge in mechanisms! Thanks for watching!
这个结构 类似机械增压系统吧。
@@user-rp2zm9eq5i 这个机制的确与机械增压系统有相似之处，但它是单缸蒸汽机与双活塞的设计。
Lo schema è diverso dal modello 🥱 I giunti vincolati si muovono 🤦🏼♂️
@@giorgiotallarita Grazie per il tuo commento! Il video mostra una simulazione del modello reale, ma ci possono essere piccole differenze nei movimenti.
@@mechanicaldesignB anche fosse perfetto e coerente non ne capisco il senso. La tecnologia dovrebbe Evolvere, mentre siamo a Pistone Biella Manovella con Ciclo Otto Nikolaus e Karl Von Benz di fine XIX Secolo 🥱🤦🏼♂️
@@giorgiotallarita Hai ragione, la tecnologia dovrebbe continuare a evolversi. Tuttavia, studiare e comprendere i meccanismi classici come il pistone e la biella è essenziale perché costituiscono le basi dell'ingegneria moderna. Anche se questi design risalgono al XIX secolo, sono ancora ampiamente utilizzati e apprezzati per la loro semplicità ed efficacia in diverse applicazioni. Grazie per aver condiviso il tuo pensiero!
@@mechanicaldesignB bene... Spieghiamo anche Calore e Temperatura, rendimento termico ed efficienza energetica, potenza installata e fattore di capacità, densità energetica e legge di Ohm 🤩🌈🖖🏼👍🏼
@@giorgiotallarita Certo! Questi sono tutti argomenti fondamentali per comprendere i sistemi energetici e la termodinamica. Prenderò in considerazione la creazione di contenuti che trattino questi principi in modo semplice e coinvolgente. Grazie per il suggerimento!
Usefull system.
@@SalimHussain-hw6em Thank you! I'm glad you found it useful. Stay tuned for more interesting mechanisms!
Can used in satellite to retract solar panels
@@vinodkumarcv9817 That's a great application idea! This mechanism could indeed be adapted for use in satellites to retract solar panels.
Animation and video are different meccanism 🐒🐐🐑🐏
@@TerzoConto-qn4vv Thank you for noticing! The animation is a simplified version of the mechanism shown in the video to highlight specific movements.
😂😂😂😂y how..
@@dilshadali007 Glad you found it interesting! 😊 It's all about how steam power can drive two pistons in a single-cylinder setup. Want to know more about the mechanics behind it?
We got I4 engines , V8 engines, and now we have ⊥3 engines
Interesting observation! The └3 layout does look unique in this steam engine.
Its a two stroke??😅
@@motosikabong151 No, it’s a steam engine with two pistons, not necessarily a two-stroke engine.
Não são iguais 🤷 um é doplo pistão o outro é triplo pistão
Yes, they have different configurations; one engine uses two pistons while another could use three.
No parece un buen sistema tiene perdida de energía
@@jorgereina1203 El diseño es más conceptual y experimental, por lo que la eficiencia podría no estar optimizada.
To sa 2 różne mechanizmy. Nie da sie wybrać lepszego.
@@rafajasowski1858 Masz rację, każdy mechanizm ma swoje unikalne zastosowania w zależności od kontekstu.
실물과 그림이 작동방식이 다른데
영상은 개념을 보여주기 위한 것이며, 실제 구조와는 다를 수 있습니다.
Automation of glass sliding doors....
@@lalsingh5835 Yes, similar mechanisms are commonly used in the automation of glass sliding doors.
Grafic and real are different
@@manojvadoliya5440 That's a good point! The graphics are intended to demonstrate the principles behind the mechanism. In real-world applications, there may be additional factors and variations. Thanks for the feedback!
Without Background Music Tunes Videos Post. Confuse Focuse
@@ruhullamahdi4318 Thank you for the suggestion! I'll consider reducing or adjusting the background music in future videos to improve focus on the content.
Bro I want car staring mechanism
Plz make video on it
@@tarunkataria7437 Thanks for your interest! The rack and pinion mechanism is indeed a key component in car steering systems. Stay tuned-I’ll be covering more on car steering mechanisms in upcoming videos. If you have any specific requests, feel free to share!
@@tarunkataria7437 Great idea! I'll definitely consider making a video on it. Thanks for the suggestion-stay tuned for more content!