Freudenstein equation synthesis of mechanism

[@IntellectCorner]

There is a problem might be very few noticed, in both diagram you have given different names to same link. For example input link is l2 in 1st diagram and l1 in second.

[@shantanubunker1180]

yes!

[@omnikam5728]

Yes

[@vamsikrishna4220]

thank u very much for the explanation sir.... expecting more n more numericals on these mechanisms

[@alokdas7443]

Thank you bro missed a class, but this video cleared the doubts

[@ChiragBansal]

+alok das sure always :)

[@sunilyadav-qq4cm]

your teaching is very crisp and clear. keep uploading more videos. :)

[@ChiragBansal]

+sunil yadav thank you :)

[@vishalsonawane8243]

Thank you aunty ji for helping 🔥👍

[@patrickptmonk8673]

ground link is L1...you messed up your terms at 3:10

[@ChiragBansal]

+Patrick Twigg noted. Thank you. Your suggestions helps me improve.

[@ajitmagar1195]

Sir ...the video clears the concept of design and synthesis of four bar mechanism... Will you please post the similar video on Six bar mechanism design n synthesis.

[@mburuangelawaithira7852]

Incredibly grateful

[@altamashshaikh5291]

Way you teach is awesome and expecting more from you. One req Can u please do a video on Numericals on gyroscope . Ex on ship and aeroplane to be exactly.

[@ChiragBansal]

abrar iltimaas sure i am planning to teach all the subjects. drop in your queries and questions. :)

[@altamashshaikh5291]

Engineering Made Easy Thank you

[@rawvines5137]

At 17:00 we feel you bro ( every middle class people can relate)

[@ganeshpradhan9756]

Please do some problems in relative pole method and inversion method

[@manuelavillegas2319]

Thank you so much, your explication is so good, and concrete!! keep teaching :D FROM. COLOMBIA

[@josequirozhoyos9344]

Manuela Villegas 🐶🦊🐱🐻🐭🐼🐹🐨🐰🐯🐸🐽🐷🐮🦁🐵🙈🐷🐒🐣🐤🐦🐧🐔🐥🦅🦉🦇🐝🦄🐴🐺🐺🐛🐌🐚🐞🐍🐢🕸🕷🐜🦎🦂🦀🦑🐡🐟🦐🦐🦈🐋🐊🐆🐅🐃🐂🐄🦍🐫🐪🐪🐎🐏🐑🐐🦃🐓🐈🐩🐕🕊🐇🐁🐀🐿🎄🌵🐉🐾🌲🌳🌴🌱🌿🍃🎋🎍🍀☘️🍂🍁🍄🌾💐🌼🥀🥀🌹🌷🌸🌺🌎🌍🌏🌑🌘🌗🌖🌕🌒🌓🌔🌚🌝💫🌙🌜🌞💥☄️☀️🌤⛅️🔥⚡️🌟🌧☁️🌈🌦🌥⛈🌩🌨☃️⛄️🌫🌪💨🌬❄️🌊💧💦☔️☂️

[@FPow117]

🎃

[@josequirozhoyos9344]

Happy Halloween

[@josequirozhoyos9344]

Happy new year

[@josequirozhoyos9344]

Happy thanksgiving 🦃

[@newindianpublicschoolbasha604]

thank sir sir i need a soln advantage of spherical mechanism over the spatial and planer mechanism

[@Necrodoxious]

Incredible lesson, please keep making videos. Very informative.

[@ChiragBansal]

+Necrodox :)

[@ChiragBansal]

+Necrodox :)

[@yashwantkulkarni795]

How to make calculation for the 1st position of the angle and angular velo. And acceleration is given

[@RajuKumar-ju9yc]

Bhaiya how to Drive frudenstion,s equation

[@kirtibansal8379]

The teaching method is very nice sir. Carry on

[@vinayaknagulpelli2576]

Chirag bhai.. can you pleas solve this Following is the data for a four bar mechanism, for velocities and accelerations for one configuration. Determine the link synthesis of the mechanism and represent the mechanism in its first position. ω2 = 20 rad/sec; α2 = 20 rad/ sec2 ω3 = 8 rad/sec; α3 = 100 rad/ sec2 ω4 = 10 rad/sec; α4 = -150 rad/ sec2

[@maheshbaglane7717]

Thank You so Much Bro... You explained it very well ...

[@ChiragBansal]

+Mahesh Baglane :)

[@pratikwaghmare4897]

bro if instead of angle if we have angular velocity at different three position how can we calculate links length by using freudenstine equation

[@sahilgain2861]

Very good video. But i need derivation of Freudensteins equation. 😄😄

[@omnikam5728]

Sorry sir, but L1 considered in first diagram refers to fixed link , but in problem diagram it is input link because of this the formulae changes it should be L4/L1

[@biswajitswain7228]

how to draw slider crank using chebyshev 3 point accuracy in geometrical method?

[@bipinb788]

is L1 the base link or input link??

[@yogeshtak6021]

how to find length of all link with only input angle only

[@rishikjaiswal6040]

Second question mein kya kiya hai kis topic prr hai?

[@RakeshSharmaOfficial]

Hi..can you please upload the derivation of freudensteins Equation?

[@sunnypal3743]

we have to draw a four bar chain mechanism but i didn't get it

[@abhisheksoni2180]

What is reference book's name in which I can find these formulae as I have seen different formulae for this equation having signs changed.

[@ChiragBansal]

+Abhishek Soni please dont refer a reference book its confusing. Go for a local author as it will be easy to decipher the content.

[@orange8918]

Thank you for making this video

[@pundalikanaik5758]

Sir pls make a video on freudensteins equation for 4 bar mechanism

[@rajanimhatre3412]

thank u sir ...khup help zali

[@cesaroswaldomusic]

thank you very much I req. to new & other video of kinematics of machine. plz. pz.

[@rajeshsethi5419]

You solved for the lenghts using first diagram and drawing the mechanism using 2nd diagram

[@shubhkarman22]

Thanks! Just a tip, use a Bold dark black pen !

[@ChiragBansal]

+ShubhKarman Singh Chaggar noted :) Thanl you

[@abhishekmuragod1142]

I'm not getting this derivation, where it is

[@allinone77227]

plz send me the link of that derivation

[@zacharysylvester8349]

Okay, so basically I'm designing a steering system for my third year dissertation. It is Ackerman based and I want to predict the angular performance... which is essentially the opposite to what you have done here. L1-4 are all known but I would like to know the value for all my angles as I vary theta. I know it can be done but I've totally forgotten, any idea guys?

[@zacharysylvester8349]

Num, I've figured it out... great video thanks!

[@ChiragBansal]

+Zachary Sylvester I'd be happy to help. Email Id please.

[@zacharysylvester8349]

okay I take that back, I need help. It's zacharynsylvester@gmail .com

[@ChiragBansal]

Zachary Sylvester Il get back to you ASAP!

[@zacharysylvester8349]

Chirag Bansal I think you need to use the half tangent representation of the sine and cosine function. I'll try it and let you know how it goes.

[@nishikanttalan1250]

Thank you chirag sir

[@ChiragBansal]

Sir nahi bhai bolo yaar!

[@gourimaslekar6852]

Thanks!!👍🏻

[@MahmoudMahmoud-gs9hm]

thank you sir please i need to learn how to synthesis a robotic arm ?? can you help me??

[@ChiragBansal]

Mahmoud Mahmoud drop in queries :)

[@sameershejwal6220]

Would u please upload a video for synthesis of slider crank mechanism by relative pole method (May 16 problem of uni pune)

[@ChiragBansal]

+Sameer Shejwal i do not have my engineering books anymore.. sorry mate

[@surajhonnutagi5542]

sir al the lengths a1b1 a2b2 a3b3 r same or wht?

[@ChiragBansal]

suraj honnutagi we have to find out the length and design the nechanism. we were given angles! :)

[@sunnypal3743]

i didn't understand the ending part of second numerical

[@ganeshpradhan9756]

Can you please tell me which 📖 do you refer?

[@ChiragBansal]

Technical publication By Anup Goel

[@shubhamkokare6325]

do u live near some railway line

[@sunnypal3743]

can you explain once the second numerical🤔🤔🤔

[@RakeshS-zs1fs]

Agar given mein kisi bhi link ka length nahi diya ho to kaise solve kare?

[@ss87344]

Assume l1 and u will get l2,l3,l4 as per ratio

[@RakeshS-zs1fs]

@@ss87344 aur theta & Fay degree mein nahi diye hai...Kisi aur unit mein diye hai to degree mein kaise convert kare...pichle 2 sem me to aisehi example aaye hai..dec17 may18 mein(2015 pattern)..drive.google.com/folderview?id=0Bz9C0ysJZ7PnMGZKeWcybUpXWGM&usp=drive_web

[@ChiragBansal]

sure. soon

[@inderbajwa3434]

Thanks biggg bro

[@krunalpatel5394]

Thank you sir

[@Mohitsahachowdhury]

BHI YEA PENCIL KAHA SA LI PLZ

[@yashchanne5649]

Brother the syntesized mechanism you did is wrong. Please check

[@mevirendersingh]

how to solve this equation without calculator

[@prabhathshenoy3469]

A few more ads between the videos would make it easier to understand.

[@ChiragBansal]

Straightaway

[@mridul9443]

You changed L1, L2, L3, L4 values when solving the example.. that caused a major confusion

[@shashankachari4825]

need derivation of four bar!!

[@rajeshsethi5419]

Sir you have taken l4 and l1 in wrong way while solving

[@aquidali1711]

sir freudenstein ka derivation karwaiye na 13th ko paper hai hindi me pllzzz

[@ankita5100]

I want to derivation of this...

[@ChiragBansal]

Ankit Akkewar i dont hv the book's anymore. Its easy though

[@ankita5100]

Chirag Bansal but i confuse of this derivation plz can me give what's no

[@ChiragBansal]

+Ankit Akkewar i dont have the book but i cn ask my friend give me your email address

[@ankita5100]

Chirag Bansal [e-mail]

[@alnicoprods]

Derivation ??

[@ChiragBansal]

+A L N I C O god sorry missed it

[@surajjiwane3589]

Bhai Kidar hai fredustein eq ka derivation

[@ChiragBansal]

+SUPPORT HAI nahi puchenge don't worry

[@surajjiwane3589]

Chirag Bansal I know chirag Bhai. But I studied kom so I want derivation please Bhai apko ata hai fredustein eq so app bata sako to acha hai apki bhi revision ho jayegi muje bhi help ho jayegi thank you chirag bhai

[@ChiragBansal]

+SUPPORT HAI no i dont remember i had TOM two years back and sadly I dont have the books anymore. Il see if I could help. Drop in your mail

[@surajjiwane3589]

Chirag Bansal brother can I send you image of fredustein equation so u remember the derivation and help us. I read your channel comments, most of the people ask for derivation. What you think

[@prashantsinghnirban5473]

Really good efforts No need of improvement But from next time please try not to show the calculator.

[@ChiragBansal]

Sir, Yes Sir.

[@dharmbhikadiya9413]

K1 k2 k3 ke value ke se nekale without calculator

[@saisubramanyamraparti3312]

put derivation of freudenstein's equation pls

[@ChiragBansal]

+SAI SUBRAMANYAM RAPARTI what else would you want me to upload?

[@akshaysontakke2283]

+Chirag Bansal sir plz numerical on slider crank mechanism and path generation using point reduction solv plz....its need...my paper is coming....mujhe kuch apke conecpt smj mai aa rahe hai...plz jaldi se kal tak kro sir plz

[@akashbiradar2318]

l=10??

[@Pc4trickzBlogspot]

thankz

[@ChiragBansal]

pc4trickz welcome

[@Jigneshshah]

👍👍👍

[@shivanshgupta2387]

thanks bro

[@ChiragBansal]

Shivansh Gupta :)

[@tirupathyreddygangavarapu658]

U told 8 CM apart but just taken 4 CM

[@hashim4552]

Sir hindi me video banaya kareye please sir

[@ganeshpradhan9756]

Your link numbering is wrong. Just check it.

[@ChiragBansal]

Yes i am aware of it

[@mushafahmad2526]

bhai kya intelligent hai tu...kya galati pakdi hai....soyega mere sath?

[@rajabullet6082]

Bai l ki value kahaaa ssee leeeee

[@lakshayyy_02]

Explain only derivation

[@surajhonnutagi5542]

ok sir ty..n

[@worldrecordegg5638]

Aaram se

[@user-ut8ck6id3j]

How to solve that k3 part my answer is not correct no matter how i solve it its just not correct please help i have exam in few days