Sir after this video, Design of C.R is very easy and this would surely help me out from my examination point of view Very Greatly explained in detailed manner. Sir please make a video on design of Piston, Cylinder and Crank shaft too..
Thanks for clearing my concept of numericals on connecting rod but I m not getting required data in K Mahadevan design data book so which data book should I prefer ??? And I have also doubt in that last quadratic equation which you have found out so please help?
Ok thanks for your kind words about my Lecture, You can follow up Mahadevan it's also good data hand book. Please watch again you will get clear your doubts
@@MaheshGadwantikar data which you have shown Is not there in K Mahadevan I have its fourth edition 2013 reprint 2014 Which data handbook you are using
V.Ramana Murthy, Author name..I am thinking to make another Problem on C.R, On 19 I will try to Publish it on UA-cam.. Hope you Subscribed the channel to know
Thank you sarrrrr
Sir after this video, Design of C.R is very easy and this would surely help me out from my examination point of view Very Greatly explained in detailed manner. Sir please make a video on design of Piston, Cylinder and Crank shaft too..
Dear Revanth, thanks for your kind words, as I already uploaded lecturer on Design of piston, Please Subscribe the channel to know
Explanation is super sir...
Thank you so much for your kind words.
Good sir
Thank You Nani
Thanks for clearing my concept of numericals on connecting rod
but I m not getting required data in K Mahadevan design data book so which data book should I prefer ???
And I have also doubt in that last quadratic equation which you have found out so please help?
Ok thanks for your kind words about my Lecture, You can follow up Mahadevan it's also good data hand book. Please watch again you will get clear your doubts
@@MaheshGadwantikar data which you have shown Is not there in K Mahadevan I have its fourth edition 2013 reprint 2014
Which data handbook you are using
V.Ramana Murthy, Author name..I am thinking to make another Problem on C.R, On 19 I will try to Publish it on UA-cam.. Hope you Subscribed the channel to know
I need a pdf copy please about help me
Sir designing k liye to sari design like piston connecting rod cylinder crank shaft design data book me hi milegi na pls tell me sir 🙏🙏🙏🙏
Yes
Yes
Thanku so much sir 🙏
thank you sir
Is it, May be forget..
T value daggara bale thappinchunnaru masteru😂
tq sir
U r Mr. Jaffa...
Your explanation is good...but you are trying to cover your mistakes in the problem...try to correct that
Bro...krr^2=3.18t^2
How it is possible....?
In last page why you took T value as 2.64*10power of -5 hope you respond quickly cause I have exam in 4hrs
What about the design of big end and small end bearings of the connecting rod ?
It should be considere in the calculations, may be that part calculation is missing
@@MaheshGadwantikar yes what you showed in the video is just about the design of body of connecting rod.
Sir how u got X1 and X2 values
could you please tell me thinta value sir
How it came sir
T=2.64*10^-5
endi mava edii
Sir how to find inertial force due to reciprocating parts.....
In the video, it's explained right
nooo not xplaind
Ok
Design data book kis author ki h yeh
Sir why did we find out the inertia force ?
To calculate the different types of forces acts on the Connecting rod.
Plz sir tell me which ddb u use
And how do I get it
The author name is V.Ramanmurthy.
Sir u don't put the angle in 2nd equation
..
Last you took T value as 2.64 instead of -2.12 how explain....
Kya ye book aktu me allow h
Yes. It's approved and allow in the e exam hal.
Data book author name sir
Sir but how to find teeta to solve inertia force
Could you please tell me at what time in the video your getting doubt, So that I can directly come to that point.
Mahesh Gadwantikar at 6:49 sir how can i finf inertia force because you're not calcutaed that. how to calculate sir without knowing angle
I got your question, I will explain you tomorrow. Please track the channel for more videos on dme
Mahesh Gadwantikar kk sir
Hello sorry for late reply, the tita is nothing but crank angle from TDC, so tita will be zero degree
3000.727equals to 203.968 metere square - 7.393 metere cube how to calculate m
Pura confuse ho gye dekh kr
sir is this full problem?
Some parameters needs to be calculate
@@MaheshGadwantikar k tq sir
bro please specify why are we calculating/ using a certain formula out of nowhere.....please map the procedure before actually doing it
Ok
Who has this Book pdf version
No idea