In 55:15, Why not utilize the exponential distribution to calculate the F(t)=1-EXP(-λt)? When you utilize the exponential distribution, it's a deviation from the R(t) result. Looking forward to your reply!
This is wonderful video. The presentation is very clear, informative and useful for the petrochemical , oil/ gas industry. It means if it is a manufacturing of component industry howmany compnent fails are analaysed where as in chemical, oil/gas industry each equipment's failure is calculated with given period of time.
In 55:15, Why not utilize the exponential distribution to calculate the F(t)=1-EXP(-λt)? When you utilize the exponential distribution, it's a deviation from the R(t) result. Looking forward to your reply!
This is wonderful video. The presentation is very clear, informative and useful for the petrochemical , oil/ gas industry. It means if it is a manufacturing of component industry howmany compnent fails are analaysed where as in chemical, oil/gas industry each equipment's failure is calculated with given period of time.
Good one, thank you!
great presentation, very informative
Thanks you very much
It is very useful video
Can you please help me solve the compressor problem again.
Dude on the cam is laser focused 😅