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MES Channel
Canada
Приєднався 14 січ 2021
Mechanical Engineering Software's
I like to learn and teach.
I like to learn and teach.
MSC Adams | Problem 2
We find the range and launch angle of the projectile by using optimization.
#dynamics
#msc
#mscadams
#adams
#dynamics
#msc
#mscadams
#adams
Переглядів: 251
Відео
MSC Adams | Problem 1
Переглядів 283Рік тому
We solve the problem(projectile motion in polar coordinates) with MSC Adams and MATLAB and see the differences. MATLAB Script 👇🏽 drive.google.com/file/d/1y9i8xEqrxmG9Ah8ubqolCSZL-FcXsHVj/view?usp=sharing #dynamics #matlab #msc #mscadams #adams
MSC Adams | Machinery: Windshield Wiper Mechanism
Переглядів 1,4 тис.2 роки тому
In this video you will learn: • Create Motor and Worm Gear Windshield_Wiper.cmd 👇🏽 drive.google.com/file/d/1YXdGp8dOcB8bzZK49BMCsUFfUw7qrHzE/view?usp=sharing #adams
MSC Adams | Machinery: Rudder System
Переглядів 8462 роки тому
In this video you will learn: • Create Cable Rudder.cmd 👇🏽 drive.google.com/file/d/1HURYc5wHb43oPduUUaKQZN4TdXKtN-L6/view?usp=sharing #adams
MSC Adams | Machinery: Roller Chain System
Переглядів 8612 роки тому
In this video you will learn: • Create Sprockets, Chain and sprocket actuator #adams
MSC Adams | Machinery: Simple Belt Example
Переглядів 9842 роки тому
In this video you will learn: • Create Pulleys, Tensioner and Belt • How to Use Adams/View Command Language • Run a Scripted Simulation Contact.cmd 👇🏽 drive.google.com/file/d/1WLws7b8IfSojahMQ0F8S0ShZ91qJXnM0/view?usp=sharing #adams
MSC Adams | Machinery: Bearing System Workshop
Переглядів 1,8 тис.2 роки тому
In this video you will learn: • Create cam profile with follower motion • Design follower • Create types of bearing #adams
MSC Adams | Machinery: Planetary Gear
Переглядів 2 тис.2 роки тому
In this video you will learn: • Create Planetary Gear and change its properties. • Analyzing force between gears. excuse me I forgot to appear the cursor. #adams
MSC Adams | Machinery: Open Differential
Переглядів 3,2 тис.2 роки тому
In this video you will learn: • Simulate open differential when a vehicle makes moves straightly and then turns. • Create Gear Pairs with existing gears and non-existing gears. • Learn the function of Booleans. #adams
MSC Adams | Example 15: Latch
Переглядів 3,3 тис.2 роки тому
This is a complete example to review everything you have learned so far. First I design the model then use joints, forces, spring, contact and sensor. after that I create a useful plot then creating design variables and running a design study. at the end I optimize the model. Latch Mechanism Geometry 👇🏽 drive.google.com/file/d/1V93Ia8qO8c0UyuyrlL2H3B7hgkDlC6S4/view?usp=sharing #Adams
MSC Adams | Example 14: Adams Optimization
Переглядів 1,3 тис.2 роки тому
In this video you will learn: how to Create Design Variables how to Set Up Design Evaluation Tools The purpose of this example is to optimize the initial velocity of the ball to fit in the hoop #Adams
MSC Adams | Example 13: Robot Arm
Переглядів 10 тис.2 роки тому
In this video you will learn: how to use Contacts how to use Joint Coupler how to control robot arm with step function #Adams
MSC Adams | Example 12: Valvetrain Mechanism
Переглядів 3,9 тис.2 роки тому
In this video you will learn: how to import geometric from CAD software's how to draw cam profile with trace spline how to connect cam and follower with contact and curve-curve constraint how to choose a appropriate spring for valve how to change rigid body to flex Valvetrain Mechanism Geometry 👇🏽 drive.google.com/file/d/1e0Hc6sx3IKjaQufGrYuFIXaYMyVqmkbI/view?usp=sharing #Adams #AdamsFlex
MSC Adams | Example 11: Controls Toolkit in ADAMS/View
Переглядів 3,2 тис.2 роки тому
This example will show you how to use the controls toolkit. The purpose of this example is to control the angle of the Bucket by applying torque(with a P-controller). lift mechanism geometry 👇🏽 drive.google.com/file/d/1FYc4woJHoiSIzj8empOgbB8L8Blk7h0x/view?usp=sharing
MSC Adams | Example 10: Crank Slider
Переглядів 3,7 тис.2 роки тому
In this example we use cylindrical coordinates and calculate the radius, velocity, acceleration of the crankshaft in the r direction and the angle, angular velocity, angular acceleration of the crankshaft. You will also learn how to change the color of parts. #Adams
It's not helpful when you don't follow the book
please tell me, where is the shaft rotation speed set?
the file you have provided has some issues one of the wiper is missing
Maybe it's because of the difference in versions
Please provide the database file
Just watch the video and do it yourself
hi sir I have a question❤ for command navigate assemble in adams may you make a toturial video plz tx
Can you share the official user guide of Adams View? Please
Sure, send me an email.
first of all thank you very much for your video I followed everything, I even put the video in x0.5 but when I get to the step for bending the arm and taking the cube, the arm clamps go inside and the arm does not not complete his descent
yeah even I am having the same issue but I followed the instructions down to a T.
Nicely explained. Initially, I was stuck at finding the contact.cmd file, but thanks to you, I managed to succesfully stimulate the belt system.
My pleasure
Can you help me with a new simple project?
Start with beginner’s level playlist
may you help me for it that İ ask above.
hello sir Thanks for your toturial. As a quastion, what different is it between system element function builder and measure creat function. Thank alot
There is no difference in results, with the function measure you can make the measure you want.
@@meschannel6004 thanks sir
when I create the 3rd link it still creates the link on x/y plane instead of y/z. I changed working grid to y/z before. Any idea why I am facing this issue?
Hi sir As a question , what different of primitives with contact? thank you
Hi Primitives are constraints, but the contact is not. For example, impact can be simulated and analyzed with the contact, but with the primitives you can just constrain motion of two body.
@@meschannel6004 thanks
@@hsyn.mo4 ❤️🙏🏻
Can you send .Bin file link here this project ....
Sorry, I don't have it.
ua-cam.com/video/oAYgpgFGMBI/v-deo.html
With the help of this video, you can create it.
excellent
Can you make a video on how to draw this?
No sorry; that’s not important.
How many DOF are removed by adding a curve-on-curve constraint? How many DOF are removed by a curve-to-curve force?
2 If you mean force contact, nothing.
Hey! Is it also possible to make the motion with step files ? Without needing contact forces?
Can anyone please help me move the other 2 boxes
Send me an email to help you.
Nice job mate
Thanks
i have only a problem.... my little one cube is "dancing" when is in touch, with the platforms... :P
make sure stiffness and damping of spring or contact properties between grippers and cube is correct.
Really cool tutorials for unexperienced people. Thanks
You're welcome.
These are really good videos as for total beginners!
Glad to help.
What a great channel! Greatly underrated
hi ,thanks for useful video. how can i create constraint between rope and a non-circular pulley to cross along the path?
You're welcome, I don't think it's possible.
your videos are great and there is a lot to learn about Adams. Can you please make a video about gyroscope precision and explain it.
Glad to help. The gyroscope is related to three-dimensional dynamics and I do not know, but I have a pdf about it. If you want send me an email.
Thanks for your perfect modeling; I have a question: I want to determine the center of gravity for the whole system. each of the parts has an individual center of gravity (COG), but I can't find out where is the total center of gravity. to be more specific, when the system starts to run, some parts are moving (have rotation or translational motions) and the COG of the whole system will be changed during a dynamic simulation. Could you help how can I define total COG for this system and determine its magnitude during the time?
You're welcome. To define the COG of the whole model, you must create a function measure according to the COG relation(system of particles).
Thanks for your perfect modeling; I have a question: I want to determine the center of gravity for the whole system. each of the parts has an individual center of gravity (COG), but I can't find out where is the total center of gravity. to be more specific, when the system starts to run, some parts are moving (have rotation or translational motions) and the COG of the whole system will be changed during a dynamic simulation. Could you help how can I define total COG for this system and determine its magnitude during the time?
You're welcome. To define the COG of the whole model, you must create a function measure according to the COG relation(system of particles)
@@meschannel6004 Thank you for your attention, I appreciate it, could you give a little bit in detail please, because I am a new user. Thank you in advance!
@@amonberdiev8836 My pleasure. Please send me an email so I can send you some pictures, I have put my email in the channel.
Can you send .Bin file of this project
thank you for the great tutorial. however i faced a problem where my input and ring gears aren't meshing, there was a distance between the teeth. i tried to replicate the parameters you entered but still, the problem wasn't fixed. can you tell where the problem might be?
you're welcome. is there any problem when you simulate the model?
Next video - More on Pendulum ?
Yes