Very helpful , Thank you for sharing your knowledge with us

Continue to share these amazing videos

You made this seem so easy! Thanks for the quiz help

Very helpful with how to set up tipping point problems. Thank you!

Thank you again, I found your videos very interesting...

Good place to visit, every time! Thanks!

This is the best explanation ever.

Neat stuff, its cool how you take your time to go over every aspect of the diagram... however, and I may be jumping the gun here, but for me, doing so seems to over-complicate the problem unnecessarily... I simply take a look at the diagram and almost visualize a very simple see-saw image... M = F x D... as long as moment on one side equals moment (in opposite direction on other side) are equal... that is the point where equilibrium is maintained, and in the case of Statics here, the tipping point of the crane... That said, I'm still new to this subject, and am really enjoying your videos, looking forward to seeing what the later topics hold :) Thank you!

very helpful sir , very grateful

impressed clarification

Dear Sir , thanks for your information . but i have one question at what radius and what angle crane may tipping at 125000 N

it's very helpful sir thanks for sharing.how to calculate the tipping load when crane rotate by 45 degree angle?

If you start adding more ballast you'd bend ether the jib or more likely the outriggers...I stick with the load charts..they' save a lot of time and accidents lol

Thank you for the video.Like this moment hits in the middle. What i want iswhen outriggers dimensions 4mx2m and bom is at 26,5 degree which is above a outrigger. Like this how can we calculate forces of 4 outriggers? Can you help sir?

Thank you very much. This is one of very useful example to learn statics. Is it possible to solve this problem using virtual work method?

how about gravity caused due to crane boom? should we plus it into equation?

Sir I m very confused to for example given 15 radius and 4 ton load than after which use crane how to confirm plz give me ansr sir

I don't understand English properly but i got solutions and understand it.👍

It's very important to us thank you Sir as you share nice information

Thank you for sharing your knowledge... I is a great help for me which i operate boom truck crane 2.9 tons capacity with out any proper knowledge on it...

What if crane is lifting from right side or left side than how do i calculate

Thanks!

why not taken the load of arm (boom)?

I may be asking a question that has already been asked but why are we subtracting the forces from the weight and the crane's center of gravity when they are both pointing in the same direction?

where can i see tipping load with counter weight?

Thanks sir

It so useful this video and easy explanation but My question is, why you are not including the crane’s arm weight on the free body diagram ?

I have a rear mount 1996 year 1295 national crane, rear mount I have owned for 10 years, any reason not to "I make" counter weight just for ease of mind. I think 500 lbs. or so. Any thoughts on this. Thank you.

Crane weight only or with counter weight 500000n ????

How summation of B gone zero?

Thanks for putting this together. If the problem showed 4 outriggers instead of 2, to solve a similar problem, would you simplify the problem as how you solved it in this video? Or would you need to build a 3 dimensional free body diagram to compute the unknowns?

Good job....

What kind of equation is this. ..like algerba or something..

nice

u d best

Could turn the boom degree higher

Great, I like static physics. So much easier than elastic physics.

havent noticed any consideration about the boom angle

شرح جميل بس ياريت لو كان مترجم

Put extra counterweight, load chart will change and the integrity of the boom will be different too when doing lifting.

❤

When you take a moment about ( B ) why neglect the reaction in ( A )

Join the rigging and lifting group

Informative, but Need to work more on Risk Assessment

If you put more counterweght more than it can stand...the structure such the slewering table wont last long...but you are damn smart..i wish you are my father😁

I dont understand

Ok

This is for lifting engineer😔

😩😫🤣😂😭

This video may encourage an incompetent person to use the tipping capacity as the maximum load not to exceed. Where in reality the crane is already overloaded just before the calculated tipping capacity, I.e,, when the combined CoG of the crane upper and lower works, the boom and load is on the fulcrum point - the outrigger or end of crawler track. Stick to the load chart.

wrong lecture

your lecture is not very clear sir. Its must have somany details. but you didn't

Sorry, it is totally useless. You never know where is the center of gravity, as it changes with the different angles of the boom. Tho ... nice theoretical exercise. Thank you any way

Very Helpful Video for me...Thank you sir

Greaqt video, Professor French.

Could you please make a follow up video about the length and angle of the arm? Thanks!

it's very helpful sir thanks for sharing..do you have videos for crane capacity calculation?

How to calculate main hook swing impact force towards the boom?

Question how do you convert the crane boom angle degrees to feet from the center pin/ fulcrum to the boom tip..... I can see it's illustrated in the LMI computer but how does that calculation work if I wanted to measure that

At what degree should the pad be from the hydraulic Jack of the out rigger? I would think since the Jack is directly on top of the pad the answer would be at 0ﾟ

what about the weight of the crane arm? shouldnt this be taken into account?

Hello sir i want to know concept of crane part tie beam , post and geeb i want to know crane structure and slove numerical by lami theorem

What's if the weight is below the ground base of the crane (like if the crane is lifting a boat from the water?) the center of mass moves...

so, how do you know that the center of mass is in the middle? are all cranes designed to have the C.G in the middle?

I think the mass of the boom should be taken into account.

Thank you for your videos they are very helpful but I have a question. Why was the weight "w" multiplied by the distance 16m instead of 24m? (in the moment of b equation)

When u were drawing your FBD, why did u leave out the hydraulic arm sustaining the boom.

Sir, i saw this video carefully, its been very helpful for me but one thing i cant understand properly why you put the value zero of reaction force in point A, what is the reason ?

2:41 Letter W has been tipped over!

Et