Lecture - 2

[lambadarocker]

is there lecture 5,6,7 .. ??

[JFranciz34]

I'm a big fan, no words can express my appreciation towards your delicately prepared lectures! Many thanks

[bebeheuy]

I Love The Video It Can Increase My Knowledge Lecture Series on Structural Analysis II by Prof. P. Banerjee, Department of Civil Engineering,

[willamricard]

I Really Like The Video From Your Lecture - 2

[imegatrone]

Your Video Is Very Useful Sharing Lecture Series on Structural Analysis II

[fromashok9]

Sir your lecture is good and it helped me a lot..but i have one doubt ..Sir why you didn't concider constraints in multi span beams..

[bhvramana]

this video is getting stuckedup at 27.05 minutes. It is a good lecture

[awsomeidiot143]

Great work!

This one helped me alot.

[MrHyburn]

wow prof. banerjee. you are amazing, and you are helping me to achieve what I want. for this I love and respect you greatly, Namaste my brother.

[Mrhussen84]

Prof . Banerji rocks.....

[lipsinker34]

most helpful indeed

[helenaluo]

I really liked the lecture one. However, I thought in the end of lecture one, the degree of static indeterminacy of last planar structure is (3 unknown forces from the first joint + 1 unknown force from the second joint + 1 unknown force of the third joint ) - 3 equations of equilibrium x 2 rings = -1.

I am confused for this last planar structure. Any help would be highly appreciated

[Deltastorm37]

@helenaluo

-3 equations of equil. x 2 rings = 6

-2 unknown forces which are rollers --->add 2 restrains to each roller to create fixed ends.

equations of equil - total unknown forces = 6 - 4 = 2

It's easier to think of it just as a cantilever beam with two additional reactions added because of the two roller supports. Thus, it's 2 deg. statically indet.

Alternatively, the equation for plane frames is 3j = 3m + r

where j equals equations of equil. and m and a r are members and rxn forces.

[helenaluo]

@Deltastorm37

Many Thanks!

[helenaluo]

anyone knows where I can access an online or download an e-book on structural analysis. I am an internationally trained civil engineer, would like to review it in English. Any suggestion would be appreciated. 

[helenaluo]

@helenaluo

nptel.iitm.ac.in

[areib1134]

A many thank yous Professor! I learn vedy vedy much from you

[fishfan1987]

thank you sir. your lecture is very valuable to my future practice.

[meghadesai21]

it is very good video which help me to regain my knowledge

[boushy100]

it is v good

[mashalkhan357]

A very convenient and recalling lecture. I must thank the entire team for their efforts. I would like to make a question on one of the problems at the end. the third last problem, which is a multi-span beam; having two fixed supports at the ends and a roller support at the center. what shall be the kinematic indeterminacy if both he members are explicitly declared as axially rigid? thank you!

[Priyankgag]

dont ever remove the vedios frm nptel

[mohegansoon]

Very helpful....It helped me a lot to refresh the basics...Thank you!

[tari1121]

Excellent!!!!

[eslamyahya]

Thank you very much professor. it is really valuable lecture. it helped me remember things i have forgotten.

[yaqshid]

This helped me understand a long forgotten topics.