Um Método com Equação Diferencial Parcial Paraconsistente usado em Solução Explicita da Condução Unidimensional de Calor (A Method with Paraconsistent Partial Differential Equation used in Explicit Solution of one-dimensional Heat Conduction)

João Inácio Da Silva Filho (inacio@unisanta.br)1, Clovis Misseno da Cruz (clovis.m.cruz@ieee.org)2


1Universidade Santa Cecília - UNISANTA
2Centro Universitário Monte Serrat -UNIMONTE

This paper appears in: Revista IEEE América Latina

Publication Date: April 2016
Volume: 14,   Issue: 4 
ISSN: 1548-0992


Abstract:
Paraconsistent mathematics, also called Inconsistent Mathematics, is considered as the study of common mathematical objects, such as sets, numbers and functions, where some contradictions are allowed. Within certain conditions, Paraconsistent logic (PL), which is a non-classical Logic, presents as main property tolerance contradiction in its fundamentals without that the conclusions are invalidated. The PL in its structural form, which uses two annotation values-PAL2v, can be used to substantiate a Differential Calculus with Paraconsistent derivative of first and second order. We introduce here the Paraconsistent Partial Differential Equation (PPDE) aligned with processes of numerical methods for an example application in analysis with Explicit solution of temperature distribution in one-dimensional way. To obtain the results was used an analogy of application of PPDE with the law of heat conduction of Fourier, considering the same mathematical procedures of finite differences.

Index Terms:
paraconsistent logic, paraconsistent differential calculus, numerical methods, heat transfer   


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