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4:4:4 Engineering
Бельгия
Добавлен 13 авг 2020
Hello, Welcome to my Channel!
I created this Channel to share some Animations and Tutorials about 3D parametric Design in Solidworks.
This will include:
- Engineering Animations and Tutorials in Solidworks
- Japanese Joinery
Who knows what the Future brings!
Do Subscribe to this Channel and Enjoy!
I created this Channel to share some Animations and Tutorials about 3D parametric Design in Solidworks.
This will include:
- Engineering Animations and Tutorials in Solidworks
- Japanese Joinery
Who knows what the Future brings!
Do Subscribe to this Channel and Enjoy!
The Da Vinci Clock - Mechanical Design
In this Animated Design We explore the Clock as originally designed by Leonardo Da Vinci.
The First Design was modeled after his original Work in the Codex Madrid I.
I completed the missing Parts with a Design of the RWTH Aachen University. Many Thanks. It is the earliest known Description of a Clock with weight-driven warned striking. This Clock uses the Verge and Foliot Mechanism or Crown-Wheel Escapement as timing Device.
The Second Design is based on the Da Vinci Clock Kit from Academy Hobby Models. It uses a different Escapement Mechanism Form, making it an interesting Example.
Although these Clocks are highly inaccurate in Comparison to the later Pendulum Clocks, They do look very nice....
The First Design was modeled after his original Work in the Codex Madrid I.
I completed the missing Parts with a Design of the RWTH Aachen University. Many Thanks. It is the earliest known Description of a Clock with weight-driven warned striking. This Clock uses the Verge and Foliot Mechanism or Crown-Wheel Escapement as timing Device.
The Second Design is based on the Da Vinci Clock Kit from Academy Hobby Models. It uses a different Escapement Mechanism Form, making it an interesting Example.
Although these Clocks are highly inaccurate in Comparison to the later Pendulum Clocks, They do look very nice....
Просмотров: 427
Видео
Diaphragm Shutter, Leaf Shutter and Iris Mechanism
Просмотров 4245 месяцев назад
Hi Everyone, Diaphragm Shutters, if there is ever a Device with a thousand Variations, this will be it. The 3 main function Groups are: - Shutters used in Reflex Cameras or Video Cameras, also often called Leaf Shutter. This allows for a brief Exposure, open and closed at high Speed. -Iris Diaphragm. This controls the Aperture or Exposure Level of Photo and Video Equipment. This Function is oft...
Schmidt Coupling - Mechanism for large radial Displacement of Shafts
Просмотров 4,1 тыс.6 месяцев назад
The Schmidt Coupling was patented in 1967 by Richard Schmidt and is designed to accommodate a large radial Displacement between 2 Shafts. It consists of 3 Discs linked together. It can adapt to changing Shaft Positions while running. This coupling has a 1 to 1 Ratio. Interesting Engineering Examples.
Whitworth Mechanism - Quick Return Mechanism for reciprocating Motion
Просмотров 86 тыс.6 месяцев назад
In this Clip we show 6 Versions of the so called Whitworth Mechanism or Quick return Mechanism to produce a reciprocating Motion.
Solidworks Pro Tutorial - European CE Logo Design and Block Sketch use
Просмотров 2036 месяцев назад
In this Clip we explain how to correctly draw the European CE logo with Proportions as Fractions of Variable X. We also explain how to create a Block Sketch and how to use it.
Solidworks Pro Tutorial - Curve Driven Component Pattern frequent error on Arc Length
Просмотров 707 месяцев назад
In this short Video I explain how to correctly Pattern on a Curve. I see Errors in patterning on a daily Basis. With the Math Solver in Solidworks it is easy to do it correctly with the use of Arc Length.
Solidworks Pro Tutorial - Global Variable controlled Polygon
Просмотров 827 месяцев назад
In this short Tutorial we explain how you can control the Number of Sides of a Polygon and its size through Global Variables and Equations. Unfortunately the Sketch Polygon command does not allow a Global Variable link. This alternative Way uses Circular Pattern with the "Display Instance Count" Option. This option is also present in other Commands and is very helpful to achieve Equation control.
Geneva Mechanism or Maltese Cross both External, Internal and Variations
Просмотров 2,6 тыс.7 месяцев назад
Animation of both the inner and outer Geneva Mechanism or Maltese Cross. This Gear Mechanism translates a continuous Rotation into an intermittent rotary Motion. We also included the Calculations needed to draw both. In Addition we also created 2 Non-Straight Versions of the Geneva Drive. The first One has a high Acceleration and short Movement Time. In the last Version it is the opposite where...
Peaucellier Lipkin Principle and walking mechanisms. Klann, Ghassaei, Jansen, Trotbot Linkage.
Просмотров 1378 месяцев назад
Peaucellier Lipkin Principle and derived walking Mechanisms. Joe Klann, Amanda Ghassaei, Theo Jansen, Trotbot and Strider Linkage Animations. Small Selection of Straight Line Mechanisms for Kinematics.
The LuBan Stool. Advanced woodworking or 3D printing of a foldable Chair
Просмотров 4998 месяцев назад
The Luban Stool, a brilliant Invention of Chinese Master Carpenter Lu Ban. The Stool is carved out of a single Woodblock and uses no Nails or Glue. The interlocking Parts fold together effortlessly. This can of course be 3D Printed or even reworked as a foldable table. In this Version I did not add any Tolerances nor Rounding. A truly amazing Piece of Carpentry.
How to build a Festival, Rock or Concert Stage. Stage Construction for big Boys
Просмотров 7349 месяцев назад
In this short animation we give you an insight on how a Festival Stage is build. It shows all the phases, of course, with some artistic freedom. This format is used on various Festivals like Rock am Ring, Pukkelpop, Rock Im Park, SummerBreeze and many many more. This setup weighs about 90 Tons, Stage Deck and Layher not included. The whole stage is setup using a large telescopic crane. A 5m Ste...
Solidworks Pro Tutorial - STEP File import Procedure
Просмотров 14210 месяцев назад
Straight forward explanation of what steps to take for a better STEP file import into Solidworks. Proper Model Orientation and healing all parts is crucial to having an efficient Model with lower load times. Cut out bad Geometry with Import Diagnostics including adjacent Faces and then remodel if needed.
Woodworking, Mitered Dovetail Table Corner Joint with Measurements
Просмотров 34210 месяцев назад
Woodworking example. Detailed animation and layout on how to create a strong Table Corner Joint. Contains detailed instructions and measurements as fractions so it can be used on different timbre sizes.
Woodworking, Japanese Joinery. Sumidome Hozo Sashi Tongue and Groove Shoulder Miter Joint Animation
Просмотров 16810 месяцев назад
Animation of the Sumidome Hozo Sashi or Tongue and Groove Shoulder Miter Joint Including Measurements.
Solidworks Pro Tutorial - Use EXCEL Design Table to create Configurable Components
Просмотров 11610 месяцев назад
Tutorial on how to properly format your EXCEL page. How to work with formulas in the design table. Create Automatic Naming in the design table. Hex bolt ISO4017 as example.
Tsugite, Sampo Gumi Shikuchi. Japanese woodworking animation
Просмотров 274Год назад
Tsugite, Sampo Gumi Shikuchi. Japanese woodworking animation
Tsugite, Shachisen tsugi shikuchi no shihousashi. Japanese woodworking animation
Просмотров 533Год назад
Tsugite, Shachisen tsugi shikuchi no shihousashi. Japanese woodworking animation
Solidworks Pro Tutorial - How to draw a Metric nut DIN 934 with multiple configurations
Просмотров 4523 года назад
Solidworks Pro Tutorial - How to draw a Metric nut DIN 934 with multiple configurations
Solidworks Pro Tutorial - How to draw an M8 20 mm hex bolt ISO 4017
Просмотров 1,3 тыс.3 года назад
Solidworks Pro Tutorial - How to draw an M8 20 mm hex bolt ISO 4017
Solidworks Pro Tutorial - Gear assembly with gear mates and equations
Просмотров 3223 года назад
Solidworks Pro Tutorial - Gear assembly with gear mates and equations
Solidworks Pro Tutorial - How to draw a Spur Gear with a true Involute using Equations
Просмотров 2,2 тыс.3 года назад
Solidworks Pro Tutorial - How to draw a Spur Gear with a true Involute using Equations
Solidworks How to draw a parametric dovetail joint
Просмотров 1,5 тыс.3 года назад
Solidworks How to draw a parametric dovetail joint
3 way corner miter joint V1 animation
Просмотров 1,2 тыс.4 года назад
3 way corner miter joint V1 animation
Japanese sunrise dovetail joint 1 and 2 animation
Просмотров 8884 года назад
Japanese sunrise dovetail joint 1 and 2 animation
Hako aikaki shachi sen shikuchi Mitered and keyed lap joint animation
Просмотров 1,5 тыс.4 года назад
Hako aikaki shachi sen shikuchi Mitered and keyed lap joint animation
Japanese wood joints Tsugite part2 3D animations
Просмотров 3 тыс.4 года назад
Japanese wood joints Tsugite part2 3D animations
Japanese wood joints Tsugite part1 animation
Просмотров 33 тыс.4 года назад
Japanese wood joints Tsugite part1 animation
Thanks for the video mate, easily the best tutorial on youtube!
Thank you.
Wow amazing ❤
Thanks insightful
Thanks for posting the video. This video may help me.
I hope it does.
Great solution! It's silly that one can't simply enter a global variable in the instance counter...
Indeed, i wish we could enter them anywhere. I also wish they would finally fix the Circular Sketch Pattern. But listening is not Dassault's cup of tea...
@@444Engineering Yep, because listening costs money, and the balance should always be firmly that money rolls their way.
Que legal!
Thanks! I learned something new today.
Do you think the stool would be more stable if the feet were cut to be flat on the ground instead of just the two edges?
Not really, a chamfer could reduce the wear on the sharp edge but this is very wood dependent . The condition of the floor has a bigger impact on stability, trying is key.
This was so satisfying to watch and thank you for sharing this with us!🤪
It's satisfying to see the mechanical equivalent of a motion application I would use servos or linear motors for, typically. This is grass roots organic engineering, where what I do is materialize a concept by choosing different parts and writing a program to control it. While the latter is more versatile, it is much easier to accomplish with less effort and overall understanding. It's akin to the difference between writing a song, and learning to play someone else's song and believing you wrote it just because you play it well. I play other people's songs well, but don't often write my own.
Under 2 minutes so simple yet elegant presentation. You are a hidden gem. May you reach millions... Is there any chance that I reach detailed info. I wan to practice them in solidworks. Thanks.
Of course!
@@444Engineering How can I do it? Please...
Superb demonstration of various walking mechanisms - thank you!
Thank you.
This different angles of movement from rotation to linear is leading to third degree unbalances in every stroke engine cylinders.
I doubt any of these mechanisms would ever be used in an engine. More likely in a machine tool like a shaper or a slotting head. Shapers often use the first type of mechanism with a variable crank throw to allow the stroke length to be controlled.
Interesting, thank you.
This is how shaper works
Also windshield wipers
Putin has lost his mind. He doesn't know how to lie anymore...
I don't like
Then don't watch. Problem solved.
which software did you use?
All models and animations are created with Solidworks.
Good job, probably the best I have seen. However as all the other demo I have seen it lacks the throcoidal chanfer generated by the hobbing tool. It would be nice to design a vane tooth generated by the envelope if the hob, but I'm unable to do, unless manually point by point. However congrats fo this work.
Thank you.
These are traditional Chinese woodworking skills. Go visit the Forbidden City in Beijing, the whole palace was built with these skills
As example of Chinese Architectural Woodworking I prefer the Foguang Temple or Great East Hall. It gives a very nice understanding of the "Dou gong" stacking for Roof Structures. For the other Joints, I believe it's unclear who exactly came up with them in the thousands of years of shared Culture between what we now know as China and Japan. However the First to document and catalogue them in a for me understandable way was Japan. I will be in Beijing this April and look forward to explore more of the old forgotten techniques.
So nice this tuto sir
So weldon sir
Does this have any practical use? I'd imagine a chain or a belt would have way less losses
They are actually very efficient and heavy duty capable. The ability to move the secondary shaft around independently of your drive shaft is very useful in lots of machinery. As long as they are not getting co-linear of course and stay mostly parallel. The inventor built a whole company on Offset Shaft Couplings.
I used it in a mecanical engineering project (I'm in an engineering school) to change the amplitude of an alternative linear movement whithout stopping the movement
It would be really great if someone made available the files to 3D print pieces, so you could do mini tsugite like Lincoln Logs.
The Measurements provided should make it easy to enter in any 3D-printer drawing software. In Time, I'll update all my joints with measurements. It is the main reason i use the value X and fractions of X.
The one joint, is in the basement of a upstate NY home, from 100 years ago. the beam has a scarf joint.
Why the hell are you using horror movie ambience/music in your STOOL video, dude?
Updated with a more fitting style.
Concise and to the point. You know where and find with, what seems "great ease" - where they are and what each command does, from all sub-menus of the application. Obviously, you slept with SW under your pillow, and "ate it on your bread", for many years, to be able to use it, in such a way that I only dream of doing it. Thanks for the video.
What's the requirement of the global variable here?
X has no requirement. It's the base value and can be any number. A higher X value will make the part bigger and vice versa.
first I've seen how to solve for large tooth counts. Good job sir
Thank you! This is the best tutorial I have seen on this
Is this 箱留め鯱栓 ...(short form or in Chinese 鯱留)...? Have you cut this joint before?
you're search "中国榫卯",copy the word in the search,“中国榫卯” this is a correct wooden working, japan in fact just learn we chinese wooden working technology and the japan wooden working has some inaccuracy to hands action
Amazing how it seems complex yet simple at the same time. I've heard this style of joint is used in crafting traditional Japanese shrines. Apparently, it goes against tradition to use anything made of metal; including nails, screws, bolts or brackets. It makes for a much more time-intensive project, but I imagine the satisfaction one feels after completing the job using only traditional hand tools means all the world...
Nah it was just because their iron was poor quality and they had shit nails
Hello friend
🇧🇷🍃🌱🍃🍃🍃
Красиво , но не технологично , трудозатратно очень и только на любителя.
That's really satisfying, hope it gets more views over time 👍
Can you provide the equations file
I added an additional clip with a clearer view of the equations: Solidworks spurgear equations
@@444Engineeringcan you share a link of it
Can you make a tutorial on how to do it?
I can make one in solidworks. Just need to find some time.