All programs are for Windows OS. Zip files (exe after decompresion).
Program name (*.zip) 
Version /Published 
Description 

1.0 /6.2012. 
The program calculated settling velocity of spherical particles and nine other geometric shapes of particles that are within the appropriate Reynolds number. Dimensions of particles can be generated with random numbers from the set of statistical distributions (Uniform, Normal, LogNormal, Exponential, Weibull and Empirical). The generated data can be displayed graphically and saved as a text file. Created by: dr.sc. Mladen Tudor 

1.1 /2.2012. 
SimDis  program generates random values (Monte Carlo simulation) of 14 continuous statistical distributions. Distributions are determined by the values of its parameters. Simulated values are recorded in the output list as a text which can then be saved or transferred (copy / paste) into a spreadsheet (Excel) or in a text processor (Word). Created by: dr.sc. Mladen Tudor 

1.1 /2.2012. 
BernSim –Program that simulates a Bernoulli event in the population. Confidence limits of the proportion of an event in a population are determined by four different methods. Sample program calculates and graphically shows binomial distribution for a defined number of events. Created by: dr.sc. Mladen Tudor 

1.0 /2.2012. 
DelaunayTriang – program which from the set of points in the XY plane creates and shows a 2D Delaunay triangulation. Created by: dr.sc. Mladen Tudor 