I know this is an old video... but what are the different formulae for doing this in day-time conditions vs doing this in night-time conditions? This was very helpful.

These videos helped me a lot during my exams! Thanks a lot.

how stupid it is for an Academic to keep colouring the same line he draws and talk the same words again and again and then again and why make 4 mins vidoe where 3 mins wasted on repeating and at the end nothing made sense

Wouldn't you interate at the iterative method with damping until the traveltimes do not differ more than a predefinded epsilon. And then compute the final traveltime by the assigned cars you've got?

I thought the link perf. func. for Route 1 is, t = 6 + 2*(x/500), [x= no. of veh.]

Explanation is very badd

Good 👍

Thanks ❤

This is the most boring way of teaching I have ever come across; it has no fluidity ; you are wasting students or learners time. you are mainly talking to yourself and it is really boring and seamless. Kinley do the learners a favour and remove this.

Imej itu terlalu menyinggung perasaan

🙄🙄🥴🙄

Your demonstration is EXCELLENT!!!!!!!!! Thank you so much.

the sound is not good I am quite disappointed

Thank you 😊 Sir

you sound like Sadguru 1

I have a one question can you solve it?

Thank you!

Awesome! Clear and quick, thank you!

Thank you for this video.

Is it same for railways also

thank you sir

Please simplify formula how to calculate middle ordinates of Vertical curves...thanks...your new subscriber

Video quality is very poor 😣

Sir, what is chainage length and from what it is measured

Sir, mass of vehicle going to hold it back, and weight component acting backward . Are they not same?. I am little confused

Traffic assignment-0:18 Google map-1:01 Shortest path-3:00 Label correcting algorithm-4:14 Candidate nodes-6:30 Processed nodes-7:23 Back nodes-12:00 Path tree-13:23

Learning objectives-3:05 Readings-5:26 Trip generation-8:03 Trip distribution-9:11 Modal split-10:28 Directional factoring-15:14 O/D matrix-16:50 Traffic assignment-19:01 Terminology-20:57

Route choice-0:18 Equilibrium-3:19 Wardrop criteria-6:24 User equilibrium-7:46 U/E formula-10:14 Objective function-13:33 U/E example-15:09 Route 1 performance-16:48 Route 2 performance-18:59 U/E formulation-20:11 Graphical solution-23:32 Algebraic solution-26:54 Mathematical solution-29:09 U/E w/ BPR function-33:02 Graph: UE + BPR-34:26 Algerba: UE + BPR-35:52 Calculus: UE + BPR-39:18 U/E v/s other methods-41:49 3-path example-43:09 Graph not possible-43:54 Algebra impractical-44:35 Math complicated-45:32 Heuristic solution-47:17 System optimal-48:59 S/O example-51:41 S/O plotted-53:05 S/O travel time-55:15 Summary-1:00:01 Module pointers-1:03:27

Philosophy-0:16 Pseudo code-3:10 Example-4:28 Iteration 1-4:56 Iteration 2-7:26 Iteration 3-9:05 Iteration 4-10:37 Final volumes-12:01 Final solution-15:25 Unrealistic model-16:10 Damping factor-17:09 Damping 1-18:50 Damping 2-20:20 Damping 3-23:27 Damping 4-26:35 Dampened volumes-27:44 4 methods compared-31:28

Philosophy-0:40 Speed v/s flow-2:10 Time v/s flow-3:08 Speed-flow parabola-3:30 Time-flow curve-4:14 Capacity restraint-5:17 BPR function-8:13 BPR coefficients-10:12 Link performance-11:26

Theory-0:27 Logit-based-1:44 Example-2:28 Challenge-4:37 Conclusion-6:27

Steps-0:32 Example-2:28 Problem-2:56 Conclusion-3:22

Philosophy- 2:51 Steps-4:18 Example-5:41 BPR formula-6:18 4 Iterations-6:56 Iteration 1-7:20 Iteration 2-9:34 Iteration 3-12:00 Iteration 4-13:51 Loaded network-15:27 Capacity factor-17:27

Do lil faster

Tq for uR straight point explanation ....

Sir I can't understand that why r u substract 10....???, Plz 🙏 explain sir....

thank you so much

If total capacity of a system is 90(30+30+30) , then how can we distribute 100 trips??

hi, what's the name of the book written by Dr. Chqttarice G and Venigalla that you mention at the video (min 47:34)?

Thanks 🙏 for ur awesome explanation

Please make a video on transition curves How to draw spiral transition curves How to draw lemniscate transition curves Details of geametry of all the transition curves, shift etc

Sir how can we attain super Elevation on site

xziox

thanks sir for your detailed explanation

It is very useful

i want to know How to find the right Alpha and Beta values Now I have traffic volume model and traffic survey.

Thank you for all

what a bakbaas

Very crisp and lucid. Thank you, sir, for uploading the video.

Thanks. Sir