Department of Wood Science and Technology (FFWT) - list of publications


The following list contains all information available to the publication.

SEBERA, V. -- MIGUEL, R S. -- BRABEC, M. -- DĚCKÝ, D. -- ČERMÁK, P. -- TIPPNER, J. -- MILCH, J. Thermally modified (TM) beech wood: compression properties, fracture toughness and cohesive law in mode II obtained from the three-point end-notched flexure (3ENF) test. Holzforschung: internationale journal of the biology, chemistry, physics and technology of wood. 2019. v. 73, no. 7, p. 663--672. ISSN 0018-3830. URL: https://www.degruyter.com/view/j/hfsg.ahead-of-print/hf-2018-0188/hf-2018-0188.xml?format=INT

Original name:
Thermally modified (TM) beech wood: compression properties, fracture toughness and cohesive law in mode II obtained from the three-point end-notched flexure (3ENF) test
Czech name:
Written by (author):
Department: Department of Wood Science and Technology
Kind of publication:
article in a professional periodical
Periodical: Holzforschung: internationale journal of the biology, chemistry, physics and technology of wood
Nature of article:
paper
Volume no. (year):
73
Periodical number within the volume: 7
Year of publication:
2019
Starting page:
663
Up to page: 672
Number of pages: 10
Sub-specification:
článek je obsažen v databázi Web of Science
UT code by Web of Science:
EID code by Scopus:
Form of publication:
printed version
Original language:
English
Description in original language:
The fracture properties of thermally modified beech (Fagus sylvatica) wood (TMW) at 180o and 200oC were evaluated in mode II using the three-point end-notched flexure (3ENF) scheme assisted by three-dimensional (3D) stereovision equipment for obtaining displacements and strains. The compliance-based beam method (CBBM) provided the strain energy release rates (GII) of TMW and cohesive laws for both native wood (W) and TMW. Based on the CBBM and equivalent crack length approach (ECLA), GII was obtained directly from the force-deflection data. The thermal modification (TM) process reduced the compressive strength by 4.4% and increased the compressive elastic modulus by 38.3%, whereas GII was reduced substantially by 40.8% and 67.9% at TM180oC and TM200oC, respectively. TM also increased wood brittleness that was visible on the displacement slip reduction. The resulting mean cohesive models can be used for numerical analyses. The fracture properties of TMW have to be taken into consideration for constructional wood application, when cyclic loading may lead to microcracking and material fatigue.
Description in English:
Description in Czech:
Year of submission:
2019
Year of transmission:
RIV identification number:
URL: https://www.degruyter.com/view/j/hfsg.ahead-of-print/hf-2018-0188/hf-2018-0188.xml?format=INT
 
Entry made by: Markéta Hejčová, DiS.
Last change:
07/01/2019 16:56 (Markéta Hejčová, DiS.)

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Source specification:

Holzforschung: internationale journal of the biology, chemistry, physics and technology of wood. Berlin: ISSN 0018-3830.

Original name: Holzforschung: internationale journal of the biology, chemistry, physics and technology of wood
Kind of publication:
Periodikum
ISSN:
0018-3830
Country of publisher:
Federal Republic of Germany
Place of publishing:
Berlin
URL: https://www.degruyter.com/view/j/hfsg
Reviewed magazine: no
Original language:
English
Key words: czech: chemie dřeva, vlastnosti dřeva, technologie dřeva, dřevozpracující průmysl, biologie dřevin
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Person responsible:
Last change:
11/11/2017 22:21 (Data import from library)

Evaluation of publication:

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