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Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 78.9 KB -
MD5: 63a12ceccb6bb51551c7594f7ef20be4
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level.
The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 9.3 KB -
MD5: 523a1853a11cffbcd9050a688203ed3b
Experimental data used to fit the orthotropic size effect model.<br> References for each dataset are included in the table. |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 44.5 KB -
MD5: 0d8d62f5746706b3da7b7733a930e0f5
Simulation results used to fit the orthotropic size effect model.<br> References for each dataset are included in the table. |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 246.4 KB -
MD5: 15e2b9ee26ea12eebbae29dbb0eaa23c
Comparison of the numerically fitted size effects of Frese et al., Vafadar et al., and Vida et al. (see Table 4) to the experimental data listed in Table 1 on the mean level. The bending strengths are plotted over the relative volume $V/V_{m,\text{ref}}$ referring to four-point-bending with dimensions $\ell_1 = \ell_2$ = 3600 mm and h = 600 mm. The... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 4.9 MB -
MD5: 75669b4b0d2785ee799ada788aeeff2d
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level.
The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
HTML - 5.0 MB -
MD5: f9d1f8d3aa5b35cf4fbd040e6ae4f7cc
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level.
The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 246.7 KB -
MD5: 28dba49c4797438143ae8d96df6f6bd9
Comparison of fitted orthotropic size effect model with experimental data at the 5%-quantile level. The bending strenghts are plotted over the relative effective volume $V'/V_{m,\text{ref}}$ referring to four-point-bending with dimensions $\ell_1 = \ell_2$ = 3600 mm and h = 600 mm. $m_L$ is chosen as reference size effect and the depth transformed... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 74.8 KB -
MD5: e66225c1abf35e2d4bd381b01d80994f
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level.
The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 74.7 KB -
MD5: 69b07af6a2e31e68c930670d6887413c
Fitting of the orthotropic size effect model to the numerical data corresponding to a strength class of at the 5%-quantile level.
The bending strengths are plotted over the member lengths and depths. The size effect is described in Eq. (9) of the related paper Töpler et al., 2026), and was fitted with maximum likelihood estimation to the numeric... |
Aug 20, 2026 -
Replication Data for: Verification of tensile stresses considering a orthotropic size effect in finite element based design
Adobe PDF - 248.5 KB -
MD5: af5b2603661af5011b6fe0830d3af2c6
Comparison of fitted orthotropic size effect model with experimental data at the 5%-quantile level. The bending strenghts are plotted over the relative effective volume $V'/V_{m,\text{ref}}$ referring to four-point-bending with dimensions $\ell_1 = \ell_2$ = 3600 mm and h = 600 mm. $m_L$ is chosen as reference size effect and the depth transformed... |
