Effect of incipient decay on the properties of Beech wood.
Mayer Wegelin, H.
Holz-Zentralblatt, Stuttgart. 54, 2
1950
Accession: 013692723
Surveys the problem of dote in Beech wood, with its two causes (physiological and fungal), and reports on an investigation of the strength of the affected wood.
PDF emailed within 1 workday: $29.90
Related References
Schulz Bruggemann, M.; Leyendecker, H.; Hopmann, J. 1949: The effect of incipient decay on the technical properties of Beech wood. Holzforschung, Berlin 3(3): 65-75Smit, S. 1971: A study of the biology of schizophyllum commune as the cause of incipient decay of beech d wood Bulletin Scientifique Conseil Des Academies De La Rsf De Yougoslavie 6: 148
Ratajczak, Z. 1973: Effect of drying Beech wood with the aid of crown suction force, and the method of stacking, on the occurrence of incipient decay and rot Prace Instytutu Technologii Drewna 20(1): 43-58
Buro, A. 1954: Investigations on the decay of Pine and Beech wood by wood-destroying fungi and their effect on some physical properties of the wood. Holz Roh- u. Werkstoff 12(7): 258-67
Clausen, C.A.; Haughton, L.; Murphy, C. 2003: Evaluating wood-based composites for incipient fungal decay with the immunodiagnostic wood decay test General Technical Report Forest Products Laboratory, USDA Forest Service (FPL-GTR-142): 7 pp.
Yoshimura, M. 1970: Studies on wood decay. V. Significance of wood hemicellulose in an incipient decay of wood Bulletin of the Faculty of Agriculture, Mie University 39: 117-128
Kim GyuHyeok; Jee WooKuen; Ra JongBum 1996: Reduction in mechanical properties of radiata pine wood associated with incipient brown-rot decay Mogjae Gonghak = Journal of the Korean Wood Science and Technology 24(1): 81-86
Curling, S.; Clausen, C.; Winandy, J. 2002: Relationships between mechanical properties, weight loss, and chemical composition of wood during incipient brown-rot decay Forest products journal 52(7-8): 34-39
Schwerdtfeger, F. 1963: Incipient decay in windthrown Beech. Holz-Zbl 9(33): 495-6
Vintila, E.; Andriano, D.; Boiciuc, M. 1963: The development of incipient decay in cleft Beech logs. Holzzerstorung durch Pilze: Internationales Symposium Eberswalde, Akademie-Verlag,Berlin, Germany: 1963. 35-40, 373-4
Kispatic, J. 1955: Attempts to protect Beech logs against incipient deterioration and decay. Sum. List. 79(3/4): 69-85
Liese, W. 1957: Protecting Beech logs against splitting, tylose formation and incipient decay. Holz-Zbl 84(9): 91-2
Stajduhar, F. 1969: Weakening of Beech wood by incipient deterioration Drvna Ind 20: 11/12, 195-8
Flerov, B.K. 1962: Study of the role of fungi in the incipient deterioration of Beech wood. Bjull. Mosk. Obsc. Ispyt. Prir. (Otd. Biol.) 67(3): 82-93
Yang Zhong; Jiang ZeHui; Fei BenHua 2006: Review of literature on incipient decay in wood Scientia Silvae Sinicae 42(3): 99-103
Eylem Dizman Tomak; Hannu Viitanen; Umit, C. Yildiz; Mark Hughes 2011: The combined effects of boron and oil heat treatment on the properties of beech and Scots pine wood. Part 2: Water absorption, compression strength, color changes, and decay resistance Journal of Materials Science 46(3): 608-615
Uju, G.C. 1992: Incipient wood decay micromorphology of a Pinus species Nigerian Journal of Botany 5: 101-109
Mattheck, C.G.; Breloer, H.; Bethge, K.A.; Albrecht, W.A.; Zipse, A.W. 1995: Use of the fractometer to determine the strength of wood with incipient decay Journal of Arboriculture 21(3): 105-112
Tsuneda, A.; Koshitani, H.; Furukawa, I. 1987: Micromorphological patterns of incipient wood decay by lentinus edodes Reports of the Tottori Mycological Institute 25: 36-48
Baietto, M.; Wilson, A.D.; Bassi, D.; Ferrini, F. 2010: Evaluation of three electronic noses for detecting incipient wood decay Sensors 10(2): 1062-1092