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Drying Technology
An International Journal
Volume 18, 2000 - Issue 8
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Original Articles

MODELLING OF STRESS DEVELOPMENT DURING DRYING AND RELIEF DURING STEAMING IN PINUS RADIATA LUMBER

Pages 1677-1696 | Published online: 10 May 2007

Keep up to date with the latest research on this topic with citation updates for this article.

Read on this site (22)

Kuntida Srisuchart, Jaipet Tomad, Satjapan Leelatanon, Sataporn Jantawee & Nirundorn Matan. (2023) Internal stress development within wood during drying: A master curve concept and its application on drying stress evaluation. Drying Technology 41:15, pages 2516-2532.
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Diego Elustondo, Nirundorn Matan, Timothy Langrish & Shusheng Pang. (2023) Advances in wood drying research and development. Drying Technology 41:6, pages 890-914.
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Fan Zhou, Zongying Fu, Yongdong Zhou, Jingyao Zhao, Xin Gao & Jinghui Jiang. (2020) Moisture transfer and stress development during high-temperature drying of Chinese fir. Drying Technology 38:4, pages 545-554.
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Yeonjung Han, Sang-Yun Yang, Jun-Ho Park, Yoon-Seong Chang, Chang-Deuk Eom & Hwanmyeong Yeo. (2017) Separation of drying strains and the calculation of drying stresses considering the viscoelasticity of red pine wood during drying. Drying Technology 35:15, pages 1858-1866.
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Róger Moya, Alexander Berrocal, María Rodriguez-Solis & Freddy Muñoz. (2017) Effect of steam-drying treatment on moisture content, drying rate, color, and drying defects in juvenile wood of Tectona grandis from fast-growth plantations. Drying Technology 35:15, pages 1832-1842.
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Yeonjung Han, Yonggun Park, Jun-Ho Park, Sang-Yun Yang, Chang-Deuk Eom & Hwanmyeong Yeo. (2016) The shrinkage properties of red pine wood assessed by image analysis and near-infrared spectroscopy. Drying Technology 34:13, pages 1613-1620.
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Victor Sepulveda-Villarroel, Natalia Perez-Peña, Carlos Salinas-Lira, Linette Salvo-Sepulveda, Diego Elustondo & Rubén A. Ananias. (2016) The development of moisture and strain profiles during predrying of Eucalyptus nitens. Drying Technology 34:4, pages 428-436.
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Carlos Salinas, Cristian Chavez, Ruben A. Ananias & Diego Elustondo. (2015) Unidimensional Simulation of Drying Stress in Radiata Pine Wood. Drying Technology 33:8, pages 996-1005.
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Ken Watanabe, Isao Kobayashi, Yasuhiro Matsushita, Shuetsu Saito, Naohiro Kuroda & Shuichi Noshiro. (2014) Application of Near-Infrared Spectroscopy for Evaluation of Drying Stress on Lumber Surface: A Comparison of Artificial Neural Networks and Partial Least Squares Regression. Drying Technology 32:5, pages 590-596.
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Diego Elustondo & Luiz Oliveira. (2011) Moisture content target optimization in lumber drying. Wood Material Science & Engineering 6:4, pages 190-195.
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Ciprian Lazarescu, Stavros Avramidis & Luiz Oliveira. (2010) Modeling Shrinkage Response to Tensile Stresses in Wood Drying II. Stress–Shrinkage Correlation in Restrained Specimens. Drying Technology 28:2, pages 186-192.
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Jian-feng Zhan, Ji-you Gu & SheldonQ. Shi. (2009) Rheological Behavior of Larch Timber during Conventional Drying. Drying Technology 27:10, pages 1041-1050.
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Asghar Tarmian, Amir Sepeher & Sohrab Rahimi. (2009) Drying Stress and Strain in Tension Wood: A Conventional Kiln Schedule to Efficiently Dry Mixed Tension/Normal Wood Boards in Poplar. Drying Technology 27:10, pages 1033-1040.
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Wei Wang, Guohua Chen & ArunS. Mujumdar. (2007) Physical Interpretation of Solids Drying: An Overview on Mathematical Modeling Research. Drying Technology 25:4, pages 659-668.
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M. N. Haque, S. G. Riley, T. A. G. Langrish & S. Pang. (2007) Model Predicted Effect of Process Variables on Kiln Drying of Pinus radiata Boards. Drying Technology 25:3, pages 455-461.
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Tu Dengyun, Gu Lianbai, Liu Bin & Zhou Xiang. (2007) Modeling and On-line Measurement of Drying Stress of Pinus massoniana Board. Drying Technology 25:3, pages 441-448.
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Articles from other publishers (19)

Zongying Fu, Jiaxing Chen, Yongyue Zhang, Feifan Xie & Yun Lu. (2023) Review on Wood Deformation and Cracking during Moisture Loss. Polymers 15:15, pages 3295.
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Citra Yanto Ciki Purba, Joffrey Viguier, Louis Denaud, Bertrand Marcon & Régis Pommier. (2022) Drying of green veneer hollow tubes monitored using stereo digital images correlation. European Journal of Wood and Wood Products 80:4, pages 889-898.
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Nikolay Viktorovich Baranovskiy & Aleksey Olegovich Malinin. (2022) Physical and Chemical Macroscopic Processes in Wooden Construction Materials of Buildings during WUI Fires: Recent and Advanced Developments. Processes 10:2, pages 263.
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M. C. Ndukwu, L. Bennamoun, M. Simo-Tagne, M. I. Ibeh, U. C. Abada & I. E. Ekop. (2021) Influence of drying applications on wood, brick and concrete used as building materials: a review. Journal of Building Pathology and Rehabilitation 6:1.
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Qin Yin & Hong-Hai Liu. (2021) Drying Stress and Strain of Wood: A Review. Applied Sciences 11:11, pages 5023.
Crossref
Cristian A. Chávez, Nelson O. Moraga, Carlos H. Salinas, Roberto C. Cabrales & Rubén A. Ananías. (2021) Modeling unsteady heat and mass transfer with prediction of mechanical stresses in wood drying. International Communications in Heat and Mass Transfer 123, pages 105230.
Crossref
Carlos H. Salinas, Cristian A. Chávez, Natalia Pérez-Peña, Héctor Vargas & Rubén A. Ananías. (2019) Two-dimensional simulation of mechanical stresses during isothermal drying of Eucalyptus nitens wood. Wood Science and Technology 54:1, pages 187-201.
Crossref
Jaipet Tomad, Sataporn Jantawee, Wanchart Preechatiwong & Nirundorn Matan. (2017) Within-tree variability of internal stress generated during drying of rubberwood lumber. European Journal of Wood and Wood Products 76:1, pages 113-122.
Crossref
Jian-feng Zhan & Stavros Avramidis. (2017) Evaluation strategy of softwood drying stresses during conventional drying: a “mechano-sorptive creep gradient” concept. Wood Science and Technology 51:5, pages 1033-1049.
Crossref
C. H. Salinas, C. A. Chavéz & R. A. Ananias. SIMULACIÓN UNIDIMENSIONAL DE ESFUERZOS RESIDUALES DE SECADO EN MADERA DE PINUS RADIATA. SIMULACIÓN UNIDIMENSIONAL DE ESFUERZOS RESIDUALES DE SECADO EN MADERA DE PINUS RADIATA.
Yeonjung Han, Yoon-Seong Chang, Yonggun Park, Gi-Young Jeong, Jung-Pyo Hong, Jun-Jae Lee & Hwanmyeong Yeo. (2013) Analysis of residual drying stress in Larix Kaempferi wood used as glulam laminar. Journal of the Korean Wood Science and Technology 41:6, pages 535-543.
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Prawate Diawanich, Nirundorn Matan & Buhnnum Kyokong. (2009) Evolution of internal stress during drying, cooling and conditioning of rubberwood lumberEntwicklung von Eigenspannungen beim Trocknen, Kühlen und Konditionieren von Gummibaum- Schnittholz. European Journal of Wood and Wood Products 68:1, pages 1-12.
Crossref
M. Sreekanth, Ajit Kumar Kolar & B. Leckner. (2008) A semi-analytical model to predict primary fragmentation of wood in a bubbling fluidized bed combustor. Journal of Analytical and Applied Pyrolysis 83:1, pages 88-100.
Crossref
M. Sreekanth, B. V. S. S. S. Prasad, Ajit Kumar Kolar, H. Thunman & B. Leckner. (2008) Stresses in a Cylindrical Wood Particle Undergoing Devolatilization in a Hot Bubbling Fluidized Bed. Energy & Fuels 22:3, pages 1549-1559.
Crossref
Jun Li Yang. (2007) Investigation of potential sawlog quality indicators – A case study with 32-year-old plantation Eucalyptus globulus Labill.Untersuchung potentieller Indikatoren zur Beurteilung der Qualität von Sägerundholz – Fallstudie an 32-jährigem Eucalyptus globulus Labill. aus Plantagenanbau. Holz als Roh- und Werkstoff 65:6, pages 419-427.
Crossref
Stefan Jan Kowalski & Anna Smoczkiewicz-Wojciechowska. (2006) Stresses in dried wood. Modelling and experimental identification. Transport in Porous Media 66:1-2, pages 145-158.
Crossref
Shengfei Hu, Wen Chen, Weihua Liu & Huaxing Li. (2007) Microwave irradiation treatment of wood flour and its application in PVC-wood flour composites. Journal of Wuhan University of Technology-Mater. Sci. Ed. 22:1, pages 148-152.
Crossref
Stefan Jan Kowalski & Anna Smoczkiewicz-Wojciechowska. 2007. Drying of Porous Materials. Drying of Porous Materials 145 158 .
Ying Shengjie, Y. C. Lam, S. C. M. Yu & K. C. Tam. (2002) Thermal debinding modeling of mass transport and deformation in powder-injection molding compact. Metallurgical and Materials Transactions B 33:3, pages 477-488.
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