Solve Transshipment in Excel | Network Flow | Plant - Warehouse - Distribution Centre

[@MoeDar-r8h]

I like the format how you solve the problem. It is neat and clear! :)

[@niccovestbohattesen2201]

We are six people from HA Esbjerg That really liked your video :)

[@joshemman]

Glad to hear. 🙏

[@ishitasharma5909]

Gr8 vedio , covered all the doubts

[@seifunegewo4460]

Please, I like your on linear programming problem. Upload more on operation research Assignment problem solutions

[@KartikeyaDutta]

Master at work

[@joylm9108]

Why did you label the capacities at the demand and supply node net supply? Why did you also make the demand nodes a negative number when you didn’t do same in the transportation problem in the previous problem? Please reply. Thank you

[@cococnk388]

Thanks Emmanuel great video, do you have a dataset on transport data, that can help create dashboards and do transshipment analysis?

[@joshemman]

No I do not, but you can check this statcan page: www144.statcan.gc.ca/tdih-cdit/index-eng.htm Or contact the owner of blogs like this blog.enterprisedna.co/power-bi-sample-dashboard-using-logistics-data/

[@shubhanshupradhan7145]

Joshua- How to solve the problem if WH1 & WH2 has a pre-defined storage capacity in the contraint?

[@joshemman]

Suppose WH1 is constrained to handle no more than 500 units. In Solver, Click Add, For the LHS, select the cell G6 (see 0:59) For the sign, select “

[@shubhanshupradhan7145]

@@joshemman The changing variables from plant to warehouse is not changing after applying limit contraint for the warehouses. If possible, could you please share your email so that I can share the question(has few more constraints) & my excel ? Thanks!

[@joshemman]

@@shubhanshupradhan7145 You can find my email in the ABOUT section or just search online.

[@shubhanshupradhan7145]

@@joshemman Apologies, I am unable to find the email id. Kindly share it.

[@hijjazdanial8499]

howwwww

[@kakikeki]

hi, in unbalanced transshipment problem, can u explain why not putting dummy?

[@joshemman]

If you use ≤ for Supply, you only need dummy if Demand is greater than Supply. But if you use = for all constraints, you will need dummy whenever Supply ≠ Demand.

[@dirk6908]

Dear Joshua, how could you minimize the amount of shipments being made in this situation if transshipment is not allowed and demand is being met?

[@joshemman]

Is your objective to minimize shipments?

[@dirk6908]

@@joshemman Yes it is

[@joshemman]

@@dirk6908 if transshipment is not allowed, then you might have a basic transportation problem. How exactly is the problem worded?

[@dirk6908]

@@joshemman The problem is worded as follows: Now imagine that management decides that shunting is not allowed. Management’s new objective is to satisfy the demand with a minimum total number of trains (under the assumption that a single train can contain any number of rail cars).

[@joshemman]

@@dirk6908 It sounds like you want to minimize the number of arcs (branches) used. Since each arc is associated with a decision variable, say Xi, then a binary model could work with objective like: Min ∑Xi where each X= 0 or 1.

[@WhitleyBobcat]

Math Master

[@mdjulhasmondol7277]

Please let me anyone know what constraints should I use if Wholeseller 2 directly sell 30 units to the customers instaed of sending those 30 units to the Distributions center? @joshua emmanuel

[@joshemman]

See if this helps: kzbin.info/www/bejne/d3OwgZqJdtWXi9k