Stiffness method structural analysis - Concepts & Basics

[@CD-uf2zs]

I am currently doing a postgraduate course on Advanced Structural Engineering and I must say that your videos are as amazing as they are thorough. You break things down to a way in which even someone not familiar with structures will understand. Thank you for the great video and the other videos as well.

[@DCBAonline]

Thank you so much, such positive comments really motivates me.

[@tajsay]

Thank you so much for your efforts. I must admit that your videos are of the best videos I came across on you tube. As you your Title suggests Conceptualizing education it indeed true. Many thanks I am getting addicted to your videos mate. Please keep posting your videos. It indeed helping many of us. God bless you.

[@DCBAonline]

Thank you, really appreciated.

[@engr.mahnoorqadar1888]

U r doing a really good job... impressive.... making things so easy to understand.... great work...😊

[@mtstutorial1995]

great!!!!!you should continue and post more videos like this

[@mymoonnazreen6693]

It was very useful......thank you...... continue to do more videos

[@shubhamsaurabh8353]

Kindly mention derivation name? At 2:38

[@calvinsanudo2310]

thanks man this was so helpful

[@شيماءالحميداوي-ت7ج]

If there is horizontal force act on the beam is found horizontal displacement????

[@treft3853]

sir one thing more as stiffness and direct stiffness method or same?

[@aniruddhaghosh2044]

very nice explanations

[@sachinburman6125]

very impressive and helpful video, well done bro

[@riposelectures]

Thanks for the great work sir,may God bless you

[@dipro_ghosh]

Timestamp: 2:37 4EI theta B/L... Can you please provide the derivations or have you already did it? Can you send me any link or explanatory video on it? Really required. Thanks in advance.

[@DCBAonline]

Not exact derivation but on the similar lines i have derived somethings
ruclips.net/video/eD5dsPjzlO8/видео.html

[@rajupariyar7793]

Thank you sir for the vedio. Very easy way to remember.

[@rahmanrahmani2896]

Excellent presentation ! There are some noise in the background and it sounds like birds are singing which cause some destruction . Thank you

[@jagdishlohar1722]

Sir,
Please clear a doubt related to the difference between relative stiffness and stiffness.
In this video, what you have derived, stiffness or relative stiffness?

[@DCBAonline]

It is the stiffness what we have derived, relative stiffness is basically a stiffness in relation to what the other end condition is.

[@shekharkumarkeshri3820]

thanks sir for clearing my concepts.

[@suhaibamin4139]

i like all your videos,, the concepts are very nice and understandable.. can you please do a question on space frame using displacement or force method .....please

[@robertflaviano8786]

Thank you for the explanation.

[@nikhilbisen25]

conceptual and extrafocuced on main pts ,
but there is disturbance in sound when you hear it with headphones ,just clean the audio , it had me laughing when suddenly dog started barking , anyways great material thanks

[@amanchaudhary2712]

Can you upload a video of direct stiffness method?

[@anch8064]

A perfect Work!! Thanks.

[@Baso2014]

well done, very well explained!

[@onlineshopping981]

But how reaction is calculated

[@the_right_path_14]

is there any proof how to get to the stiffness coefficient of the fixed beam

[@DCBAonline]

iverson0523 there is a video on similar topic, you can search in my play list of stiffness matrix

[@the_right_path_14]

i will thamks !

[@khurshidmalik4794]

Analysis of staticall determinate Beams... MacaulaYs method . Moment Area method . Conjugate Beam Method . add these topic ...👍👍

[@whoareyou6835]

Thank you very much....and pls provide videos on....theory of elasticity and structural dynamics..for mtech students..

[@DCBAonline]

Who Are You sure, im planning to do that later on, i would be moving into the domain of finite element analysis and structural dynamics

[@treft3853]

Many many love from pakistan

[@amankohli962]

plss provide a vdo for slope deflection method

[@DCBAonline]

Sure Aman, will upload soon after the Stiffness Matrix Series videos. More 3 videos to come in this series.

[@khurshidmalik4794]

principal of superpostion , maxwell reciprocal theorems

[@DCBAonline]

khurshid Malik it is there on my channel you can search it in my videos.

[@dattadhanawade01]

Great explanation

[@DCBAonline]

Thank you Datta.

[@enverniyazi4804]

thank you so much

[@motivationalgyaan4453]

thank you so much sir

[@shubhamsrivastava5371]

Awsm......

[@Mysterious_universe601]

Tnq

[@naseem5607]

thanks

[@kanaiahkumar6833]

Vary nice

[@ivanovlopez3605]

cool

[@rllrll9512]

Actually sir your explanation is not made easy to learners , first you did not mention that the red moment is called " external concentrated moment you just said its a force" , secondly , you didnt show the internal reaction moments at both ends if you did that then no need to give any proof why the left reaction moment is anticlockwise.

[@shubhamsrivastava5371]

ya it is fruitful.....

[@rllrll9512]

Very noisy Budgies sir