13 task by allowing intervals to be given as values of the input parameters, and generating the plausible behaviors. A similar application in engineering relates to necessary tolerances of various model parameters. Simply simulating many times with dierent combinations of plausible model parameter values, as in Monte Carlo simulation, is likely to be tedious, perhaps impractical, and could also...

1 Overview A simulation contains a sequence of predicted states of a modeled system. A qualitative-numeric simulation is one containing both qualitative and quantitative state information, such that the qualitative information alone would be a qualitative simulation, and the quantitative information alone would be a numerical simulation. Qualitative-numeric simulation is thus a generalization o...

Taking the special-shaped plastic part as the research object, numeric simulation and experimental study of the injection molding process are completed based on the synthetical application of numeric simulation technology, orthogonal experiment method, Moldflow, injection machine and CMM. Optimal feeding system and molding process parameters are obtained and qualified products are produced. The...

Plants have evolved an intricate signaling apparatus that integrates relevant information and allows an optimal response to environmental conditions. For instance, the coordination of defense responses against pathogens involves sophisticated molecular detection and communication systems. Multiple protection strategies may be deployed differentially by the plant according to the nature of the i...

In this article, the study of gadolinium material is focused on determining constants and properties material, analysis substructures orientation dipole moments. Research into aspects provides important information atomic-level sub-phenomena in field main magnetocaloric phenomena for magnetic refrigeration regenerator (AMR). The experimental mainly based testing magneto-caloric with different m...