Force Method "ultimate" Example for Beams (1/4) - Structural Analysis

This is part 1 of a video series using the force method to analyze a beam that is statically indeterminate to the second degree. This problem also demonstrates the double integration method and conjugate beam method to calculate deflections as part of the process. After solving for reactions, the internal shear and moment diagrams of the beam are drawn.
Part 1: Applying the principle of superposition and writing the compatibility relationships. ( • Force Method "ultimate... )
Part 2: Using the double integration method and conjugate beam method to calculate deflections for the primary loading and redundant loading 1. ( • Force Method "ultimate... )
Part 3: Calculating the deflections for redundant loading 2 using beam charts and solving for unknowns by setting up the matrix formulation with some discussion about the flexibility matrix. ( • Force Method "ultimate... )
Part 4: Solving for remaining reactions with equilibrium equations and drawing the shear and moment diagrams of the beam. ( • Force Method "ultimate... )

[@looloolalaable]

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[@structurefree]

+looloolalaable word!

[@henrysheppard6]

Legend. Taking what takes most teachers hours to explain poorly and doing it clearly and amusingly in less than 10. So much respect coming from over here!

[@milat7011]

You have no idea how much I like your videos, thank you so much!

[@structurefree]

+Mila T you're welcome!

[@frasershort1]

The best videos explaining in detail all types of structures problems, your videos helped me pass my indeterminate structures class I had been struggling with! Youre a life saver!

[@J0N47]

Your lecturing is the shit! Thanks for all the help!!!

[@Dynamarkpickup]

Thank-you Structure Free for creating these awesome videos! I'm using them to hopefully pass a final with a very tough prof tomorrow. Keep up the good work. If possible, maybe even venture into material for the course after this one, such as the theory of elasticity in Cartesian polar coordinates and its application to curved beams. Best wishes from the University of Victoria!

[@structurefree]

+Roderick Gravoueille I hope your test went well!

[@user-ze3ij1gd7p]

You are awesome Man. Thanks a lot.

[@robertgalindo4098]

would this be considered the flexibility method?

[@joshyip6227]

6:41 Deflection Quest ⚔️

[@muhammedfarhan6232]

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[@SumitAryal]

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[@lalitajoshi5350]

Sumit Aryal name?? Name can be anything right :p

[@frogizel2998]

Is this the same as consistent deformation method?

[@structurefree]

Yes...I had to google it.

[@praneethmanjrekar8427]

What if fixed support is roller what should to do

[@user-pf2cc4dk2z]

thank u so much

[@abhishekanand35]

plzz also solve this ques by matrix method

[@tahaniabdulla5526]

Thankyouuu so much

[@thestructuralanalysismatri590]

Did you receive my matrix solution? I wonder

[@user-wj1mx7eb3t]

Where force method for trusses and frame

[@diflection1]

this is old school now;compatibility and equilibrium equations should be combined.....

[@marciocapita2051]

hello how do i calculate a beam with a spring? thank you

[@marciocapita2051]

can you make a video for force method and slop defection?

[@structurefree]

+Max one there should be a structural analysis playlist on the channel.

[@marciocapita2051]

yes yes but one about how to calculate a beam with a spring thanks

[@thestructuralanalysismatri590]

that 's pretty good , but you could please tell me where I am at?

[@structurefree]

You are where you choose to be.

[@thestructuralanalysismatri590]

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[@aazad3760]

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[@thestructuralanalysismatri590]

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[@diflection1]

Can I help you to become a THE GREAT MASTER for this problem? I bet you would love it!

[@thestructuralanalysismatri590]

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[@structurefree]

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[@takumbuba3230]

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