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Search results for: DREWNO DEBOWE
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Drewno suszone - InnoRenew Effect of wood drying method on cutting forces - research trip to InnoRenew
ProjectsProject realized in Department of Manufacturing and Production Engineering according to DEC- 2018/02/X/ST8/03399 agreement from 2019-04-09
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Grant na innowacje dydaktyczne Wood strength testsing
ProjectsProject realized in Department of Mechanics of Materials and Structures according to 1 agreement from 2022-10-01
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The influence of wood moisture content on the cutting process
ProjectsProject realized in Department of Manufacturing and Production Engineering according to PPN/BIL/2018/1/00100/U/00001 agreement from 2019-01-10
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Colour as an indicator of cutting parameters in the wood sawing process
ProjectsProject realized in Zakład Technologii Maszyn i Automatyzacji Produkcji
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qMQLGluWoodCut Analysis on the effect of a quasi-MQL system on the machining process of glued wood
ProjectsProject realized in Institute of Manufacturing and Materials Technology according to DEC-15/2021/IDUB/I.3.3 agreement from 2022-02-21
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Material parameters identification of wood - experimental tests, statistical and numerical analysis
ProjectsProject realized in Structural Mechanics Department according to DEC-2023/07/X/ST8/00076 agreement from 2023-05-15
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The magic triangle of Gdansk. Forests, timber traders, and international markets (1870-1939)
ProjectsProject realized in Department of Economic Sciences according to UMO-2016/23/B/HS3/02465 agreement from 2017-07-10
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The influence of conditions of high temperature gas-steam mixture drying process on properties of dried material and energy consumption of drying process
ProjectsProject realized in Department of Energy and Industrial Apparatus from 2019-01-28
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MQLWoodMill Effect of the application of machining fluids in minimum quantity lubrication (MQL) system on the milling process results of heat-treated wood
ProjectsProject realized in Institute of Manufacturing and Materials Technology according to BPN/BSK/2021/1/00033/U/00001 agreement
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Landscape protection in Environmental Impact Assessment in context of contemporary legal and methodological constraints
ProjectsProject realized in Faculty of Architecture according to WFOS/D/201/14/2018 agreement from 2018-03-07