FINITE ELEMENT MODELS TO ASSESS AND PREDICT THE CHEMICAL ENVIRONMENT DUE TO EMERGENCIES
Abstract
Current requirements for accident mitigation associated with the release (spout) hazardous chemicals include the availability of information about the same as a chemical area of infection, and about the size of the surface concentration of toxic substances in the areas of infection. In the study, the author proposes that a rapid diagnosis using serendipity finite elements.Keywords: finite element method, serendipity finite elements, form functions, emergency situation, hazardous chemicals.
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