Chemical sensitivity analysis theory with applications to molecular dynamics and kinetics☆,☆☆
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2018, Applied Thermal EngineeringCitation Excerpt :As we know, sensitivity analysis has been applied in many fields to locate the most important inputs and to simplify problems [28–31]. The simplification of chemical kinetics mechanism is a commonly seen example [32,33]. Just like the applications in other fields, the sensitivity analysis is also a good method to help solve the flow distribution problem.
Application of sensitivity analyses to condensed-phase pyrolysis modeling
2013, Fire Safety JournalCitation Excerpt :Despite being local methods, simply providing the gradient of the model solution around a nominal set of parameters, such analyses are a powerful and systematic way to quantitatively examine the relationship between an observable of interest, predicted by the model, and the various parameters that define the model. Much of the conceptual background related to sensitivity analyses and their application to dynamic systems can be found in the chemical-kinetic literature (e.g. [13,14]); however, it is noted that sensitivity analyses are used widely in other engineering and scientific fields (e.g. [15]). Rather than reviewing this well-established background (the reader is also referred to [16,17]), focus is placed here on the implementation of sensitivity analyses to pyrolysis modeling as well as on the interpretation of results derived from these analyses.
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Research supported by the Department of Energy, the Office Of Naval Research and the Air Force Office of Scientific Research.
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This paper is based on a presentation given at the Conference on Computers in Chemistry, Florida State University, 1981.