Testing hardware components before they are implemented involves verifying the design through either formal or more commonly, simulation-based functional verification.
The most commonly employed simulation algorithm for STEM simulation is the multislice algorithm introduced by Cowlie and Moodie [17].
The Discrete Fracture Network (DFN) model is one of the commonly used simulation methods.
Commonly, software simulation of a complete drive model, for a few seconds of results, could take a couple of days of computer time.
Commonly used simulation toolkits such as GATE are not efficient in the optical simulation of detector modules with complicated light-sharing configurations, where a vast amount of photons need to be tracked.
GT-Suite, as a commonly used simulation tool in automotive industry, is considered convenient and robust for the simulation of ORC.
Thus, we produce a mathematical but qualitative model that reproduces the intrinsic features of the circadian cycle and adjust it so that the simulated time courses of the proteins are consistent with those presented by commonly employed simulation models, e.g., the PER concentration varies from a few nM to a few dozen nM [18].
To handle high-dimensional parameter space, we define some commonly used simulation parameters, as stated in Table 4.
The underlying flow models and their fundamental assumptions are discussed, complemented by an overview of commonly used simulation codes.
This paper provides three examples that demonstrate how commonly available simulation software could be used in engineering economy problems.
Molecular dynamics [10, 11], distance geometry [12], genetic algorithms [5], and Monte Carlo [11] (MC) are commonly used simulation methods for the conformational sampling of small molecules.
