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Tank wagons
  Simulates (Monte Carlo) the volume in tank wagons.
2024.Nov.25 05:50:36
Probabilities Probabilities of load supplies. •
Volumes' distribution (min, max, str. line slope) Volumes' minimum, maximum (L), slope (L−2) for pdf. •
Trials 10^ No. of trials. •
.seed, klass Seed for random numbers, and no. of histo. classes. •
Show values Shows the coordinates of the graph. •

Simulates, via Monte Carlo (limited time), the total volume, V, from several supplies, each with a given probability of effectiveness. The probabilities (all) follow an "oblique" (straight line, f = a v + b) distribution, between given lower and upper (L, U) values and slope.

In the Figures, are shown: (right h. side) tank wagons (or "open wagons") as used in factories for local transportation (fr. wagonnet, pt vagoneta); and (below) the base problem, with 3 supplies.

Plots the density function (pdf), f(v), and the probability function (cdf), F(v), for the total volume, and computes its mean and standard-deviation.

wagon3

Other suggested data: prob. = .99 .99 .99 ; .8 .7 .6 .

 wagonA
wagonB
wagonC
References: Plate: tankwagon

• Perry, Robert H., Ron W. Green, James O. Maloney, 1984, Perry's chemical engineers' handbook, 6.th ed., McGraw-Hill, Inc., New York, NY (USA). ISBN 0-07-049479-7, pp 6-110–111.

• Google "chemical process" tank wagon

• 1894-04-16: Neyman, Jerzy (1981-08-05).

 
 
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Created: 2013-04-16 — Last modified: 2013-04-17