📥 Inbound Notifications 116

Time â–¾ Id From To Type Content
2026-05-12 14:52:12 urn:uuid:b3d8524b-c0b1-4b0f-9fc7-09931586e385 https://psych.peercommunityin.org https://hal.science/ "Reject"
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2026-05-10 01:27:59 urn:uuid:09252a7e-56ec-41d2-a3af-2ce0c52d0567 https://microbiol.peercommunityin.org https://hal.science/ "TentativeReject"
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2026-05-07 08:08:39 urn:uuid:400c00a5-71a7-4c73-b964-825f8432db51 https://mcb.peercommunityin.org https://hal.science/ "TentativeReject"
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2026-05-06 03:05:57 urn:uuid:6256bd85-28c6-47a3-8cfb-e051aec4694c https://datalake.inria.fr https://inria.hal.science ["Offer","coar-notify:ReviewAction"]
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            "The global MOE was computed from the deflection of the whole beam and not just the pure bending zone.",
            "The dynamic MOE and shear modulus were measured in both loading directions using a nondestructive test called Bing (Brancheriau and Bailleres 2002;Brancheriau et al. 2007).",
            "The average MOE values obtained were 13.2 GPa for beech LVL and 13.3 GPa for oak LVL, whereas the MOR was 72.0 MPa and 63.4 MPa, respectively, in the flatwise direction.",
            "On the contrary, MOE and MOR were significantly higher on beech LVL made of external veneers.",
            "As expected, the MOE and MOR of beech LVL made of secondary quality beech in this study are much lower than those in a previous study using knot-free LVL (Ayd\u0131n et al. 2004;Burdurlu et al. 2007;Daoui et al. 2011;Knorz and van de Kuilen 2012).",
            "Nevertheless, the MOE of LVL made of the secondary quality oak and beech in the present study are comparable or even higher than the MOE of LVL made of other hardwood species such as eucalyptus, maple, aspen and poplar (Ayd\u0131n et al. 2004;Shukla and Kamdem 2008;Rahayu et al. 2015).",
            "In addition, lower MOE on LVL made of juvenile wood has also been reported in poplar (Rahayu et al. 2015).",
            "As expected, global MOE and SMOE are generally lower than local ones, which can be explained by the punching under the loading heads, the disregard of shear effects, and deformations of the loading machine.",
            "The local MOE is the MOE computed between the two central loading heads, in a zone of pure bending.",
            "However, the dynamic MOE was always higher than that found in previous studies (Daoui et al. 2011;Souza et al. 2011;Rahayu et al. 2015).",
            "Table 5 provides the dynamic MOE and shear modulus measured using the vibration method.",
            "However, this so-called global MOE provides valuable information that takes the whole specimen deformation into account, which is of interest for such heterogeneous material, whereas the local MOE may be too local:",
            "Equation 2 shows how the global MOE is computed.",
            "A local MOE and a so-called global MOE were calculated from the same test.",
            "For the edgewise direction, the LVL MOE is determined by the sum of the MOE of each veneer.",
            "Compared to knot-free beech LVL, the mean MOE measured in the present study is more than 25% lower, whereas the mean MOR is more than 50% lower.",
            "The contribution of each layer to the LVL MOE is equal.",
            "The increase in weighted knot proportion provided lower MOE and MOR on LVL.",
            "The weighted knot proportion can better predict the LVL MOE.",
            "These 4-point bending tests made it possible to measure the MOE and the modulus of rupture (MOR).",
            "No correlation was found between lathe check properties and MOE.",
            "No correlation was found between lathe check properties and LVL MOE.",
            "Nevertheless, these results are important since they measure the MOE along the specimen, unlike the local MOE, while also confirming the computation used for the global MOE.",
            "For the edgewise direction, the LVL MOE is determined by the sum of the MOE of each veneer.",
            "For the flatwise direction, the location of each veneer determines their contribution to the LVL MOE.",
            "Viguier et al. (2018) reported the influence of grain angle and its deviation around the knot on the MOE and the MOR of LVL but none have quantified the relationship with the proportion of knots.",
            "Burdurlu et al. (2007), who studied the effect of ply organizations and loading direction on beech LVL MOE and MOR, reported that beech mean MOE in the flatwise and edgewise directions was 12,679.6",
            "Furthermore, compared to the mechanical properties of beech LVL reported by Daoui et al. (2011), the mean MOE value is also more than 25% lower, but the MOR value is only about 30% lower.",
            "Nevertheless, these results are important since they measure the MOE along the specimen, unlike the local MOE, while also confirming the computation used for the global MOE.",
            "These results were also in accordance with previous reports on the effect of lathe check and veneer thickness on the MOE (Ebihara 1981;Hoover et al. 1987;Pot et al. 2015).",
            "More recent studies in LVL made of hardwood species reported that increasing veneer thickness resulted in minor weakening of the MOE and MOR of LVL (Daoui et al. 2011;Pot et al. 2015;Rahayu et al. 2015).",
            "Generally, the relationships between LVL made of different veneer thicknesses are maintained, regardless of whether global or local MOE are considered, showing the relative homogeneity of mechanical behavior along the length of an LVL beam.",
            "Nevertheless, the MOE of LVL made of the secondary quality oak and beech in the present study are comparable or even higher than the MOE of LVL made of other hardwood species such as eucalyptus, maple, aspen and poplar (Ayd\u0131n et al. 2004;Shukla and Kamdem 2008;Rahayu et al. 2015).",
            "Burdurlu et al. (2007), who studied the effect of ply organizations and loading direction on beech LVL MOE and MOR, reported that beech mean MOE in the flatwise and edgewise directions was 12,679.6",
            "where a = distance between a loading position and the nearest support in a bending test (129 mm here), l 1 = gauge length for the determination of the local MOE (120 mm in this case), I = the second moment of inertia (mm 4 ), F 2 -F 1 = the increment of load on the regression line with a correlation coefficient of 0.99 or better (N), and w 2w 1 = the increment of local deflection corresponding to F 2 -F 1 (mm).",
            "Furthermore, McGavin et al. (2014) reported that the higher proportion of knots in addition to less mature wood properties (e.g., lower wood density) produced lower MOE compared with veneer sheets recovered from the periphery of eucalyptus, which generally yields higher MOE.",
            "Nevertheless, these results are important since they measure the MOE along the specimen, unlike the local MOE, while also confirming the computation used for the global MOE.",
            "Compared to solid wood, LVL has dispersed defects due to the production process, better dimensional stability, is available in large dimensions, and provides higher modulus of elasticity (MOE) and modulus of rupture (MOR) (Ebihara 1981;Youngquist et al. 1984).",
            "However, this so-called global MOE provides valuable information that takes the whole specimen deformation into account, which is of interest for such heterogeneous material, whereas the local MOE may be too local:",
            "The decrease in the shear modulus for the edgewise direction with thicker veneer in this study confirmed the previous report by Pot et al. (2015) who studied the effect of veneer lathe checks on beech MOE using a numerical approach.",
            "Furthermore, McGavin et al. (2014) reported that the higher proportion of knots in addition to less mature wood properties (e.g., lower wood density) produced lower MOE compared with veneer sheets recovered from the periphery of eucalyptus, which generally yields higher MOE."
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