2008
DOI: 10.5424/srf/2008172-01033
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Prediction of standard particleboard mechanical properties utilizing an artificial neural network and subsequent comparison with a multivariate regression model

Abstract: The physical properties (specific gravity, moisture content, thickness swelling and water absorption) and mechanical properties (internal bond strength, bending strength and modulus of elasticity) were determined on 93 Spanish-manufactured standard particleboards of different thicknesses selected randomly at the end of the production process. The testing methods of the corresponding European standards (EN) were used, except in the case of the thickness swelling and absorption tests, for which the Spanish UNE s… Show more

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Cited by 45 publications
(15 citation statements)
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“…Artifi cial neural network has been widely used in many wood industries, such as in the wood identifi cation system (Tou et (Xu et al, 2007), in predicting fracture toughness of wood (Samarasinghe et al, 2007), in the evaluation of strength of wood timbers (Tanaka et al, 1996), in the prediction of bending strength and stiffness in western hemlock (Shawn et al, 2007), in the prediction of particleboard mechanical properties (Fernández et al, 2008), in the optimization of process parameter in a particleboard manufacturing process (Cook et al, 2000), in the detection of structural damage in medium density fi berboard panels (Long et al, 2008), in the prediction of modulus of rupture and modulus of elasticity of fl ake board (Yapıcı et al, 2009). It has also been applied to obtain the hygroscopic equilibrium points (Avramidis and Iliadis, 2005), to classify wood defects (Drake and Packianather, 1998), to determine the internal bond values of particleboard (Cook and Chiu, 1997;Fernandez et al, 2008), and in statistical process control in the manufacture of particleboard (Estaben et al, 2009b).…”
Section: Introduction 1 Uvodmentioning
confidence: 99%
“…Artifi cial neural network has been widely used in many wood industries, such as in the wood identifi cation system (Tou et (Xu et al, 2007), in predicting fracture toughness of wood (Samarasinghe et al, 2007), in the evaluation of strength of wood timbers (Tanaka et al, 1996), in the prediction of bending strength and stiffness in western hemlock (Shawn et al, 2007), in the prediction of particleboard mechanical properties (Fernández et al, 2008), in the optimization of process parameter in a particleboard manufacturing process (Cook et al, 2000), in the detection of structural damage in medium density fi berboard panels (Long et al, 2008), in the prediction of modulus of rupture and modulus of elasticity of fl ake board (Yapıcı et al, 2009). It has also been applied to obtain the hygroscopic equilibrium points (Avramidis and Iliadis, 2005), to classify wood defects (Drake and Packianather, 1998), to determine the internal bond values of particleboard (Cook and Chiu, 1997;Fernandez et al, 2008), and in statistical process control in the manufacture of particleboard (Estaben et al, 2009b).…”
Section: Introduction 1 Uvodmentioning
confidence: 99%
“…Así mismo, han sido ampliamente utilizadas para la obtención de las propiedades mecánicas de distintos materiales como el cemento (Yeh, 1998;Baykasoğ et al, 2004;Cladera y Marí, 2004a;Cladera y Marí, 2004b;Ozturan et al, 2008;Prasad et al, 2009;Bilim et al, 2009;Sarıdemir, 2009;Özcan et al, 2009;Başyigit et al, 2010;Yaprak et al, 2013) en los que se busca predecir la resistencia a la compresión después del proceso de curado a partir de datos iniciales; algunos metales (Malinov et al, 2001;Hassan et al, 2009;Ozerdem y Kolukisa, 2009;Reddy et al, 2009) o el basalto (Çanakci y Pala, 2007). Para el tablero de partículas también se han utilizado para predecir su cohesión interna a partir de parámetros de fabricación (Cook y Whittaker, 1992;Cook y Chiu, 1997) o sus propiedades mecánicas de resistencia a la flexión, módulo de elasticidad y resistencia interna a partir de ensayos físicos (García Fernández et al, 2008) a fin de predecir posibles fallos en la producción sin tener que esperar a realizar dichos ensayos mecánicos. En este estudio se ha modelado, a partir de dos tipos de redes neuronales artificiales, el ensayo a compresión de bloques cilíndricos de concreto a partir de los parámetros de fabricación.…”
Section: Introductionunclassified
“…Artificial neural network models (ANNs) have been used widely in environmental sciences including the field of forest modeling. Maier and Dandy (2000) stated a review of neural network (NN) modeling issues and applications for the prediction and forecasting of water resources variables; Liu et al (2003) used neural network models (NNs) in classification of ecological habitats, Corne et al (2004) predicted forest attributes using NNs, Özçelik et al (2008) conducted a comparative study of NNs and standard methods for estimating tree bole volume, Fernández et al (2008) handled ANNs for the prediction of standard particleboard mechanical properties, Esteban et al (2009) utilized ANNs in wood identification, while Esteban et al (2011) employed ANNs for the prediction of plywood bonding quality. It is worth noting that the back-propagation algorithms are the one-quarter of total forest land in these country (Anonymous, 2006).…”
Section: Introductionmentioning
confidence: 99%