Ukrainian National Forestry University
79057, 103 Heneral Chuprynka Str., Lviv, Ukraine
https://orcid.org/0000-0002-0315-3702
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FORECASTING THE STRENGTH OF THERMOPLASTIC ADHESIVE JOINTS OF BIRCH WOODBogdan Kshyvetskyi Keywords: adhesive, wood, strength, humidity, temperature, adhesive joints, prediction, water resistance, heat resistance
Kshyvetskyi, B.
(2015).
FORECASTING THE STRENGTH OF THERMOPLASTIC ADHESIVE JOINTS OF BIRCH WOOD.
Ukrainian Journal of Forest and Wood Science,
(229),
354-360.
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Results of experimental studies on the strength of adhesive-bonded joints of thermally modified ash woodHalyna Datskiv, Bogdan Kshyvetskyi Keywords: long-term method, pine, atmospheric factors, temperature-and-humidity loads, service life, adhesion
Datskiv, H., & Kshyvetskyi, B.
(2023).
Results of experimental studies on the strength of adhesive-bonded joints of thermally modified ash wood.
Ukrainian Journal of Forest and Wood Science,
14(1),
27-38.
https://doi.org/10.31548/forest/1.2023.27
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Influence of environmental factors on the surface condition of thermally modified ash wood in polyvinyl acetate adhesive jointsAdrian Kindzera, Bogdan Kshyvetskyi, Andrii Spirochkin, Yurii Lakyda, Denys Zavialov Keywords: external factors, temperature-humidity loads, solar radiation, scanning electron microscopy, destructive changes, contact angle, water droplet penetration
Kindzera, A., Kshyvetskyi, B., Spirochkin, A., Lakyda, Yu., & Zavialov, D.
(2025).
Influence of environmental factors on the surface condition of thermally modified ash wood in polyvinyl acetate adhesive joints.
Ukrainian Journal of Forest and Wood Science,
16(3),
26-39.
https://doi.org/10.31548/forest/3.2025.26
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