- Видео 56
- Просмотров 231 099
Mechanical Design
Индия
Добавлен 5 авг 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 (update soon.)
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 (update soon.)
Видео
Exploring 6 Types of Mechanical Engineering: Innovators of the Future!
Просмотров 2,3 тыс.14 дней назад
Exploring 6 Types of Mechanical Engineering: Innovators of the Future!
How to Work mechanism #shorts #engineering #mechanism #technology
Просмотров 67021 день назад
How to Work mechanism #shorts #engineering #mechanism #technology
MEASURING INSTRUMENTS IN MECHANICAL ENGINEERING
Просмотров 3,4 тыс.21 день назад
MEASURING INSTRUMENTS IN MECHANICAL ENGINEERING
AutoCAD for Absolute Beginners: Master the Basics in Under 4 Minutes!
Просмотров 113Месяц назад
AutoCAD for Absolute Beginners: Master the Basics in Under 4 Minutes!
How to Make Air Missile I Part Modeling in Nx
Просмотров 78Месяц назад
How to Make Air Missile I Part Modeling in Nx
Slider & Inline Joint | Nx Motion Tutorial | Part-4
Просмотров 1,6 тыс.Месяц назад
Slider & Inline Joint | Nx Motion Tutorial | Part-4
Robot flying hummingbird mechanism animation
Просмотров 228Месяц назад
Robot flying hummingbird mechanism animation
Universal Joint NX Motion Tutorial - Part 3 - step by step
Просмотров 125Месяц назад
Universal Joint NX Motion Tutorial - Part 3 - step by step
Cylindrical Joint | NX Motion Tutorial Part-2 Step by Step
Просмотров 2,9 тыс.Месяц назад
Cylindrical Joint | NX Motion Tutorial Part-2 Step by Step
Revolute Joint | NX Motion Tutorial Part - 1 Step-by-Step
Просмотров 140Месяц назад
Revolute Joint | NX Motion Tutorial Part - 1 Step-by-Step
Animated Bench Vise Mechanism Simply (WATCH NOW!)
Просмотров 101Месяц назад
Animated Bench Vise Mechanism Simply (WATCH NOW!)
Animating How a Crankshaft Works in 3D Animation
Просмотров 430Месяц назад
Animating How a Crankshaft Works in 3D Animation
How to Assemble and Animate Parts in NX Software
Просмотров 515Месяц назад
How to Assemble and Animate Parts in NX Software
How to work #shorts #technology #oldisgold
Просмотров 64Месяц назад
How to work #shorts #technology #oldisgold
How to Convert 3D to 2D Part In Creo
Просмотров 20 тыс.7 лет назад
How to Convert 3D to 2D Part In Creo
How to make thread | Helical Sweep Cut
Просмотров 2 тыс.7 лет назад
How to make thread | Helical Sweep Cut
Nice
@@dhavaldesai4191 Thank you! Glad you enjoyed the video. Stay tuned for more interesting mechanisms!
The same mechanism can be simplified, if two shafts moving up and down motion why two cams, why bewelled gears. Single handle crank can move both shafts up and down motion with single designed Cam...
@@lalsingh5835 Thank you for your insight! Simplifying the mechanism by using a single cam and crank is a valid approach and can certainly improve efficiency. However, the design shown aims to demonstrate the versatility and complexity of cam and follower mechanisms, highlighting different ways engineers can tackle motion conversion. Each design has its own advantages and specific applications depending on the requirements.
Suitable for light duty applications only
@@kronos8602 Thank you for your input! Indeed, the Scotch Yoke Mechanism is typically suited for light-duty applications due to its design and operational characteristics.
❤
@@Engineeringchannel-ro3sf thank you 👍
Great 👍
@@master-qy3km thank you 👍
Wow 😳
@@CADMechanismInsights thank you 👍
發明這種直升機的人，自己不會坐
Intermeshing rotors are indeed fascinating! The unique design helps reduce the need for a tail rotor and offers excellent control and lift. It's always intriguing to think about the challenges inventors faced and how they overcame them. Thanks for your comment!
Critical project But, Powerful motion 👍
Thank you for your feedback 👍
❤
Angular motion
Thank you 👍
Amazing ❤
Thank you 👍
Your clear breakdown made it so easy to understand the complexities involved.
@@Crazydude-m3g Thank you! I'm glad the breakdown was helpful. If you have any questions or need further clarification, feel free to ask!
Perfect 👍
Thank you! Cheers!
What is application?
@@Engineeringmindset-g7x The Scott Russell Linkage Mechanism is often used in applications requiring precise linear motion, such as in robotic arms and certain types of machinery. If you have more questions, feel free to ask!
It's use in morden technology??
@@Engineeringmindset-g7x Absolutely! The Scotch Yoke mechanism is still used in various modern applications, particularly where smooth and controlled motion is required. Let me know if you want to learn more about its uses!
Fantastic job on this video! The intermeshing rotor mechanism is a complex topic, but you made it look so simple. Thanks for sharing your expertise!
@@Engineeringmindset-g7x Thank you for your kind words! I'm happy to hear that the explanation was clear. If there are any other complex topics you'd like me to cover, just let me know!
Your clear breakdown made it so easy to understand the complexities involved.
@@TechEngineer-vb2mx Thank you! I'm glad the breakdown was helpful. If you have any questions or need further clarification, feel free to ask!
Easy to use
@@TechEngineer-vb2mx thank you 👍
Simple Idea, but not easy to maintain
Yes, thank you
Critical to projection
Yes but it's easy
Amazing it's different 😲
@@Engineeringchannel-ro3sf thank you 👍
Straight line motion 👍
@@Engineeringchannel-ro3sf yeh! Thank you 👍
usefull Mechanism
@@Engineeringchannel-ro3sf thank you 👍
Perfect example 👍
@@CADMechanismInsights Thank you for feedback
I’ve always been curious about intermeshing rotors, and this video was exactly what I needed. Your visuals and explanations were top-notch. 👍
@@Engineeringchannel-ro3sf Thank you so much! I'm glad you found the video helpful and enjoyed the visuals. If you have any more questions or topics you're curious about, feel free to let me know!
Perfect eliptical Motion 👍
@@CADMechanismInsights yeh! Thank you.
Arazi arabaları için lastik geliştirilerek kullanılabilir. Helikopterler için ise dar bir alandan kalkış için kullanılabilir. Jet motoru içinde sıkıştırma artışı içinde belki kullanılabilir.
Thanks for your comment! Tires developed for off-road cars indeed have a great range of applications. It's fascinating to think about how similar principles could be adapted for helicopters to improve takeoff capabilities in constrained spaces, as well as for enhancing compression in jet engines. The versatility of engineering designs never ceases to amaze!
Good for flatbelt adjustments....
@@lalsingh5835 Absolutely! The pulley expansion mechanism works great for flat belt adjustments. Thanks for the feedback!
Excellent
@@dhavaldesai4191 Thank you👍
Simple but powerfull.
@@arifhanafi4642 Thank you! The scotch yoke mechanism is indeed a fascinating example of simplicity and efficiency. Glad you enjoyed the short!
Intresting ✅
@@CADMechanismInsights thank you
intresting ✅
@@CADMechanismInsights thank you
Rotary motion converted to leaner motion ......
@@lalsingh5835 Yes, that's correct! The Scotch Yoke mechanism is designed to convert rotary motion into linear motion. It's a simple and efficient way to achieve this conversion. Thanks for watching and engaging with my videos!
Why is the s shaped solid piece needed for the same movement, Use a solid rectangular piece will solve it.....
@@lalsingh5835 The S-shaped piece in the CV joint mechanism is designed to allow for smooth and flexible movement while accommodating different angles. A solid rectangular piece would restrict this flexibility, potentially leading to increased wear and reduced efficiency. The S-shape ensures that the joint can maintain consistent torque transmission even when the angles change, which is crucial for the functionality of the CV joint.
Шатуны прошлый век. На паровозах применяли.
Connecting rods remain essential in modern engineering, particularly in internal combustion engines and various mechanical systems. While advancements continue, the efficiency and reliability of connecting rods ensure they are still widely used in today's technology."
Looks like something pulled straight off a steam engine
Great observation! The slider-crank mechanism is indeed a fundamental component in steam engines and continues to be used in many modern machines for its efficiency in converting motion.
I should call her
Feel free to! Just make sure she appreciates the intricacies of the slider crank mechanism as much as we do. 😄
تحويل الحركة اللدائرية الى حركة مستقيمه
Exactly! The slider-crank mechanism is a great example of converting circular motion into linear motion, showcasing its importance in various engineering applications.
Smart innovative! I want this design.
@@TechEngineer-vb2mx Well! Go to my Instagram and DM instagram.com/mechanicaldesignb?igsh=MTA3MmprdWswbXoxdA==
Save space! Great 👍
@@Engineeringchannel-ro3sf thank you 👍
Slider crank mechanism explained perfectly. Well done!
@@Engineeringmindset-g7x Thank you! I'm glad you found the explanation helpful. If you have any questions or want to see more mechanisms, feel free to let me know!
Innovative and practical solution for maximizing space. Great job!
@@Engineeringmindset-g7x thank you 👍
Good
@@Crazydude-m3g thanks 👍
What a idea 💡🤣
@@Crazydude-m3g yeah 👍
Bad🥱
Feel free to ask
Good idea 👍
@@master-qy3km thank you 😊
Amazing 👍
@@master-qy3km thank you 👍
Unique
@@dhavaldesai4191 👍
Very nice 😮
@@dhavaldesai4191 thank you 👍
Not crenk it's crank...
@@lalsingh5835 yes Thank you for reacting👍
Amezing mechanism 😮
@@dhavaldesai4191 thank you 👍
Nice video and amezing make such and such video
@@dhavaldesai4191 thank you 👍