Really Thank you for the comment. It means a lot. I am making videos for researcher like you to get some clear idea about the topics💡 Please share this channel with your friends and try to support this Channel. 💛 If you want any specific tutorials post it here. If I know that topic I will make it and post it for you 💛
You have to calculate the S/N ratios using your experimental results. The S/N ratio calculation is based on whether your outcome is smaller the better or higher the better or the target value.
In this video, my objective was minimizing the roughness value to get better surface quality. So choose your objective and calculate the S/N ratio. If you don't know how to calculate manually just calculate using Minitab by the exact steps what I did in this video
@@LearnwithCrazyEngineers While Constructing Optimal Model, the equation under the headline: Predicted Surface Roughness from Optimum Combination, where in this video we get value = 0.2057 micrometer. What is the source/ reference for that equation
Please follow the video properly. The equation should be made from identified optimal parameters. There is no reference equation. You can see around from 15:00
There is a calculation for estimating T and mu. Follow those steps to get that value. T samples average mu optimal value estimation based on T and optimal parameters. Watch from 15:50
Sir i am trying to do L9 orthogonal analysis with 3 factors & 3 levels where one in categorical . After taguchi analysis, i am getting residual error and the p value is greater than 0.05. i dont know how to solve the probelm kindly help
Sir please after 17 min the video not clear to me I need the function that u used to collect all the thing below and can I consider this value the optimum removal by taguchi
keep it up
Thank you 😊
thanks sir you gave me good insight, from ethiopia
Thank you ❤️
Great job! I am doing my Ph.D. in Australia and optimization as part of the project. I got a clear picture of what optimization tool is all about now
Really Thank you for the comment. It means a lot. I am making videos for researcher like you to get some clear idea about the topics💡 Please share this channel with your friends and try to support this Channel. 💛 If you want any specific tutorials post it here. If I know that topic I will make it and post it for you 💛
Excellent presentation and Highly informative
Thank You so much 💛
Brilliant sir.
Thank You ❤
Thank You ♥️
Thanks bro, its really helpfull for my experiment
I am happy that it's helped you for your research work. Thank You. Keep supporting 💯 ✨️❣️
Great job indeed
Thank you so much 💓 Keep supporting 🔥
Very nice explanation I'm pursuing PhD on friction stir welding
Thank you ma ✨️ I really appreciate your positive comment. I was recording one video about stir welding using the same approach. Will upload soon 💜
very good, a tauchi example on wear tests would be great
Sure Thank you so much ❣ please share some research article about wear. I will make video about that. Thank you ❣
@@LearnwithCrazyEngineers how about two response (surface roughness/temperature) but the same L16 (4*4) like you already presented to us.
Use the same data to model the two outcomes. Only response variables will be different
Sir which reasearch paper' are you used for this explanation
Hi I used my own thesis data.
Sir , is it possible to take L9 values of taguchi with one pocket milling on workpiece .. if yes then how it is done .. plz explain
Taguchi model selection is based on your design parameters selection. Can you explain more about your work
I am a bit confuse on how to get the S/N ratio which you copied and paste it on the table?
You can calculate using excel based on your objective or you can use minitab to get SN ratio. Estimating SN ratio is the first step.
L16 (4*4) taguchi multi response optimization
where did you get the SN ratio value for all experiments ? if i have done multilevel design then where is teh SN ration term for all sets ?
SIr,i have repeated the same , but what is got as SN ratio is hgot a minus sign
You have to calculate the S/N ratios using your experimental results. The S/N ratio calculation is based on whether your outcome is smaller the better or higher the better or the target value.
In this video, my objective was minimizing the roughness value to get better surface quality. So choose your objective and calculate the S/N ratio. If you don't know how to calculate manually just calculate using Minitab by the exact steps what I did in this video
How did you get the Roughness value in the Minitab, pls
It's not from minitab ma. It's from experiment. You have to measure from your sample and use it in Minitab
Hello bhaiya, can u plzz help me in deciding the final year btech project regarding surface roughness?
Mail me at mohanaero45@gmail.com. Thank you 😊
What is the reference for Formula in Optimum Model Calculation?
Please elaborate your question. I didn't understand yours
@@LearnwithCrazyEngineers
While Constructing Optimal Model, the equation under the headline: Predicted Surface Roughness from Optimum Combination, where in this video we get value = 0.2057 micrometer. What is the source/ reference for that equation
Please follow the video properly. The equation should be made from identified optimal parameters. There is no reference equation. You can see around from 15:00
There is a calculation for estimating T and mu. Follow those steps to get that value.
T samples average
mu optimal value estimation based on T and optimal parameters.
Watch from 15:50
Sir i am trying to do L9 orthogonal analysis with 3 factors & 3 levels where one in categorical . After taguchi analysis, i am getting residual error and the p value is greater than 0.05. i dont know how to solve the probelm kindly help
Sure send me your results screenshot to my email address mohanaero45@gmail.com. Thank You ❣️
Hi, why was the optimum SN ratio considered as higher when the model was selected to smaller is better'
support.minitab.com/en-us/minitab/18/help-and-how-to/modeling-statistics/doe/supporting-topics/taguchi-designs/what-is-the-signal-to-noise-ratio/
www.mdpi.com/1996-1944/15/4/1458
Please read these attached contents for more understanding. I will upload one more video about SN ratio complete explanation. Thank You ❣
Sir, Can I have your mail id?, i am also doing PhD, i am having doubts in Taguchi which is part of my research
Please send me your questions there 🙂 Thank You ❣️
Thank you sir
Sir please after 17 min the video not clear to me I need the function that u used to collect all the thing below and can I consider this value the optimum removal by taguchi