Calculate Nodal Displacements using Local and Global Stiffness Matrix EXAMPLE (Part 1 of 2)

[@tugkaneren1722]

Thanks for the video, very well explanation

[@andanilibago957]

From which textbook is this example from?

[@metaxaaron]

How do you decide which node you're "standing at" when labeling the rows/columns of the element matrices?

[@loganmitchell]

This

[@paulowiredu7586]

pls I dont understand. Do u please have a full lecture on this topic

[@daniel90340]

Thanks for the video big papi

[@robertv4076]

Almost every source I find uses some kind of shortcut for each problem. The problem is that shortcuts the understanding of how the process actually works for a normal arbitrary problem.

[@oosconzult.8639]

thanks for this vid bro...

[@blaketabian512]

no problemo. Thanks for the support!

[@ziaulhasan6720]

Which book do i follow for finite element analysis abd stiffness matrix

[@veshm8364]

Asslam kassimali stiffness matrix methods

[@shashankshekhar2091]

You haven't consider EA/L value while adding stiffness matrix of individual member into final 8*8 matrix

[@dereksawle]

Shashank, are you suggesting that the deflection Blake has calculated is wrong?

[@SAM46323]

how to find the reflection of U0 and V0 ?

[@noursafaa]

Thank youu

[@adamdejong7535]

Awesome vid bra

[@raniaazhari6398]

the angels are given or not ?

[@blaketabian512]

RaNia Azhari Angels are all make believe. They belong in churches and in the heavens above

[@yadvindersingh4410]

how angles are calculated ....are they given ?

[@antoineleblanc2509]

yes, they are or sometimes we are given dimension (height and length) and we can calculate angle with basic trigonometry