Purpose In recent years, the mechanical industries began to apply many investments in
research and technological development to obtain efficient methods to analyze the integrity …

In the framework of Structural Health Monitoring, vibration-based methods are commonly
used to assess the condition of a structural system, being the dynamic properties sensitive to …

This work proposes intelligent computer techniques which aims to detect structural damages
in aircraft using the artificial immune system technique with negative selection and clonal …

Failures, malfunctions, and damage affecting aircraft subsystems, as well as general
environmental and dynamic upset conditions, have been consistently identified as the …

借鉴生物免疫系统异常识别能力相关研究, 基于具有自治, 自适应和演化能力的人工免疫理论与
方法, 对大型结构健康监测中的故障检测和分类问题进行研究, 提出一种基于粒子群优化变异的 …

This paper presents a methodology to perform the monitoring and identification of flaws in
aircraft structures using an ARTMAP-Fuzzy-Wavelet artificial neural network. This technique …

This chapter presents a Wavelet-Artificial Immune System (WAIS) algorithm to diagnose
failures in aeronautical structures. Basically, after obtaining the vibration signals in the …

This paper proposes the application of the dual-tree complex wavelet transform on fault
monitoring and identification in aeronautical structures. For this purpose, a multiscale …

Este artigo apresenta um algoritmo do sistema imunitário Wavelet-artificial para diagnosticar
falhas em estruturas aeronáuticas. Basicamente, após a obtenção dos sinais de vibração na …

This work proposes a recent methodology for developing structural health monitoring based
on intelligent computing techniques, with the purpose of detecting structural damages in …