Tag Archives: simulation
Today I gave this webinar for the Tampa IIBA Lunch and Learn Series. The slides are here.
I wanted to define some terms and provide some context in preparation for the next few posts. Specifically, I’m describing the components of a solution. A process model is a model of a system that either does exist or will … Continue reading
Simulation can be used for many different purposes, and I wanted to describe a few of them in detail. I pay special attention to the ones I’ve actually worked with during my career. Note that these ideas inevitably overlap to … Continue reading
The simulations I’ve written, designed, specified, and utilized have incorporated a number of different features. I found it interesting that I was able to describe them in opposing pairs. Continuous vs. Discrete-Event I’ve gone into detail about continuous and discrete-event … Continue reading
Verification and validation are complex subjects on their own (and see here and here more specifically for this discussion), and the simplest way I’ve found to describe the difference between them is that verification tests whether a solution works while … Continue reading
I used the book “Fundamentals of Classical Thermodynamics” by Van Wylen and Sonntag for my thermodynamics classes in college. In the first chapter it discussed the magnitude of relativistic effects compared to the magnitude of the general effects that would … Continue reading
Today I stopped in to Berkeley and Oakland to see family. I didn’t actually see the Bay on this trip except a glimpse as I was coming over the hill towards upper Berkeley. I always love visiting, swing dancing, hitting … Continue reading
Here I’ve prettied the graph up so the lines change color every 100 degrees F, and I’ve added a legend. I suppose I could choose consecutive colors with a bit more contrast.
Here I continually run the heating routine for a piece with an initial temperature of 70 degrees in a furnace set to 2300 degrees. The temperature scale, expressed vertically, runs from 0-2500 degrees. The bottom of the piece, which sits … Continue reading