One question is there can we provide reference as constant value to ideal force source, like the c port we ground it but if we want some reference force 100 N can we do that?
Hello Sir, i got a problem when i input the gain value, its become error, so i cannot change the gain value into 1/m, b, or k, how can i solve this ? thankyou
Hi sir, i am always confuse in network , can u please make a simple video on network, bec here in this video u attached force on node and said that u have attached it on mass, Regards, Sarthak
In fact a node is a point where two or more things meet. In real life if you have a mass and attach a spring and damper with it, you can effectively reduce the mass to a point mass. Then where will you attach that point mass? Of course it will be attached with the spring and damper and then application of the force will be at the point where all three things are attached and that will be the node or the point mass which will be the same in this case.
I've autotuned the PID Controller by providing rise time and settling time. So for over-damped response I can run the autotuner to see what values will give that response. Give me a day and I'll provide you the values.
Ok I got time and I retuned the system. Here are the values. m = 3.6; b = 100; k = 400; Following values are for PID block of MATLAB. P = 0; I = 326.3902 D = 0; N = 100
please make more videos , u explaination is very good inter relating the simulink n simscape
You can request any topic and I'll try to make video on that.
One question is there can we provide reference as constant value to ideal force source, like the c port we ground it but if we want some reference force 100 N can we do that?
Video on Translation hard stop
Yes you can. Just add a constant to the input of the Ideal Force Source.
Great video
Thanks 🙂
Please attach the video in which you have programmed the PID controller and values of m, b and k etc
I'll try to make a video on that hopefully in the next week.
You can access all related files through www.mathworks.com/matlabcentral/fileexchange/98689-modeling-and-simulation-of-spring-mass-damper-system-smd
@@LearningOrbis Did you get around to making this video ?
Can you implement the same thing with fuzzy logic?
Yes it can be done. I'll try to make a video on that.
Can we perform a time history analysis on this system? If yes then how on which software?
matlab
Hello Sir, i got a problem when i input the gain value, its become error, so i cannot change the gain value into 1/m, b, or k, how can i solve this ? thankyou
m, b, or k should be defined in the MATLAB's workspace. If these variables are not defined then you'll get an error.
Hi sir, can you share me the files of SMD_P, SMD_I and SMD_D which u used it for the PID controller. tq
Kindly contact me through learningorbis@gmail.com
What does the response tell us? Is it Velocity, acceleration or displacement of the system?
Its the displacement response.
Hi sir,
i am always confuse in network , can u please make a simple video on network, bec here in this video u attached force on node and said that u have attached it on mass,
Regards,
Sarthak
In fact a node is a point where two or more things meet. In real life if you have a mass and attach a spring and damper with it, you can effectively reduce the mass to a point mass. Then where will you attach that point mass? Of course it will be attached with the spring and damper and then application of the force will be at the point where all three things are attached and that will be the node or the point mass which will be the same in this case.
when type 1/m its showing an error sir, what should i do
You have a variable named 'm' in the workspace before you can use it.
How to get an Overdamped response? What should be the values?
I've autotuned the PID Controller by providing rise time and settling time. So for over-damped response I can run the autotuner to see what values will give that response. Give me a day and I'll provide you the values.
@@LearningOrbis yeah sure please provide
Ok I got time and I retuned the system. Here are the values.
m = 3.6;
b = 100;
k = 400;
Following values are for PID block of MATLAB.
P = 0;
I = 326.3902
D = 0;
N = 100
Where I can find your files like SMD?
You may contact me through email (learningorbis@gmail.com) and I'll provide you the files.
You can find all related files through www.mathworks.com/matlabcentral/fileexchange/98689-modeling-and-simulation-of-spring-mass-damper-system-smd
screen bahut jyada lag kar rhi h
Please check your internet connection. There is no issue of video lag.